Conclusions re the conclusions of quantum computing in my other thread

[Rick1234567S]

You need to read it.
But it is not a difficult read.
But if after you have read it, you are still scratching your head maybe this will help like a 40 page executive summary.

So what did we discuss?
A hypothetical quantum computer that is using photons as quantum bits.
And we are using TV screens that cover the floor of a warehouse.
We are taking pictures of those screens.
Those screens are blocks of memory.
Each light is an LED and can be in 16.7 million states.
Or has 16.7 million bits or is a memory register with 16.7 million bits or is not a 64 bit machine it is a 16.7 million bit machine.

So that a large number can have more zeros.
A typical integer has 20 digits today in a pc.
16.7 million colors.

Not only that but each TV screen or block of them can be fed by a server at the same time and I used google servers sending data to those screens at the same time and a camera taking a picture of the screens.
How many fps 70 trillion fps is today's fastest shutter speed.

So I gave the example of a lens that can read a newspaper from space.
A microscope that can see very small things and a scanning tunneling microscope that can photograph atoms.
So that it is scaleable.
I went further down to the quantum foam bubble Planck length and said they are unruly being so small you cannot contain them, but the wave packet used to measure them is not unruly so your quantum bit is a photon is a wave packet.
So you start with a quantum ENIAC in a warehouse and then it ends up on a watch.

So then what about a quantum state that is not true or false the cat is in fact both alive and dead?
Yes if it is alive no if it is dead and maybe if it is not.

zero one and two but if we use that we need to change the architecture and windows won;t port onto a machine like that and we want to just load windows into our quantum computer with all its software.

So how do we do it with yes or no?

We never worry about the stopping problem when we know what we are looking for and can approximate.
So we do iterations and we say

For J is assigned 1 to 400000 do
for i is assigned for 1 to 400000 do
for k is assigned for 1 to 400000 do

and we approximate k.

We can further and do L number of k runs.
Just add the L under it but be sure that we say if a key is pressed break.
If it is yes then break.
If it is no then break.

So then we see how many times it was yes. How many times it was no and how many times it was maybe.

Then we do our statistical analysis. To find out if it might be yes or might be no based on the statistics.

We don't just turn the machine on and head to the spa I know you guys are there right now, don't try to pretend you aren't. Looking at facebook, and or a cosmologist sitting there gazing at the stars.

Google needs a quantum computer. And you maybe need a research grant.

[Rick1234567S]

Who knows what else I said in that conclusion thread it started out on a different topic and I got roped into this.

So ok now then how fast can you get that photo back to lights?
So you need to project that onto a light sensitive material.
To get the light values or a detector.
Or maybe you need to save it directly to disk.
Maybe you need 5 cameras and by the time you have written the first frame to disk and second third forth and fifth
the first camera is ready to take another photo.
You don't need a shutter speed of 70 trillion fps maybe 7 million fps would do.
Maybe you don't need the lights bright to take that photo.
Maybe you can make LED bulbs smaller and hence more compact.

Maybe you can boost the voltage to trigger a snapshot and use that when it starts so that the flash is flashed onto permanent memory and then when the computer starts it starts as it was when you boosted the voltage and flashed the memory.
On shut down.

Maybe google wants to back up data, and not tie up the servers so you are sending lots of data quickly from numerous servers and taking pictures and all day next day the data warehouse is putting that to permanent storage.

Maybe you need 3 sets of TV screens, so you can do x+y=z
all algebra is still done one operation at a time. The result is stored in z, and z is then transferred forward in the equation.
Inside brackets outside brackets left to right.

Good coding practice eliminates the stopping problem.
You are hopefully testing a theory and should be able to approximate k.

Practice will allow you to approximate k as will L number of runs of k.

So it is all statistical.

You know that the maybe you are after is not 50/50 you want to be able to predict the result based on the percentage of times it was yes and the percentage of times it was no and the percentage of times it was maybe.
Are there going to be times it will always be maybe of course pi is a good example.

So the machine can only do what it can only do in terms of clock ticks and hardware and real physical objects it cannot run on verbiage alone.

[Rick1234567S]

It took my whole life to learn this stuff and then I retired so its too late for me to get a job doing it now.
But you can take the baton and run with it.
RUN YOU LITTLE BASTARD RUN!
lol
good luck god speed and may be force be with you.

Alphaville forever young
https://www.youtube.com/watch?v=dsK5y6qXOqU

[Rick1234567S]

So then what are the advantages here?
Does google care if their quantum computer is as big as a warehouse? No.
They just need it to do its job.

So then what is the normal clock speed now 3.4GHz 3.4 billion ticks per second.
Windows operating system executes functions on the clock so that all computation is done in sequence and linear when needed .

How fast can you turn on an LED light? single digit nanoseconds.
1 second = 1e+9 nanoseconds.
If you can turn on an LED in 3 nanoseconds how many GHz is that?
How many times can you turn it on and off in one second?

1,000,000,000 is e+9
But assume that they can get faster smaller.
The heat is not a problem when you are using this method.
Can you use reflectors, can you while taking the photo also imprint onto permanent storage less often?
Its like well what is it you are trying to accomplish and would that even be practical?
If you are recording data like film no problem.
Streaming data like film does not need to be that fast that is 29 frames per second or 60 frames per second.

The benefits are that you can use large numbers a billion zeroes.

So you might need to break down the use of the machine into different capable parts like streaming film as opposed to streaming backup data. All data normally now is considered a data stream.
Can you use a detector panel above an LED screen to carry z forward in your equation?
So now you have two panels one with x and one with y and you are sending the result to z by combining the frequencies?
So you have a starting point here only.
And when you go for funding and say we have it although it is as big as ENIAC was they will not be dismayed by that.
The verbiage of quantum physics need to be handed to the engineering department not half dead cats but how to get the result.

Keep it simple you are going to be instructing engineers and once they get the concept of what you are doing by seeing it in operation they will then take that further smaller faster.

Just go for proof of concept first.
CPU with how many registers? Each LED is a memory register that can store a number or a character.
In today's CPU you have ...
Most modern CPU's have between 16 and 64 General Purpose Registers.

How many do we have in our CPU? We have a lot of LED in one TV screen. Or monitor.
Each LED is one register.

I also went further to discuss programming and memory management which is done by windows with look up tabbles so that your memory blocks are addressed by the operating system.
When you declare a variable you only need to know the name and insert that variable into your algebra equation as a word or phrase and don't need to know where it is stored in memory or which light to turn on the hardware knows the address it tells Windows the address using a driver. Plug and play the address is here and we start our first marker top left corner with a label called zero.
Not to be confused with a number called zero.
So to find the number you find the label as silly as that may sound.

Hence why you always see them say -1 at the end.
eg a bitmap
(0,0, width-1, height -1)

So that's a block of memory.
To read those dots on the screen you iterate like this
for J is assigned 0 to height -1 do
for i is assigned 0 to width-1 do

If you are scanning a line you can use the scanline the entire line or row.
If you are using a laser to go back and forth to read the heat of the bulb or to get the color, you need to iterate.
So iterations are what you do to make sure your pc does not hang and to cover every dot.
You don;t say while this is still running do. Bad coding practice.
And you don't say until true equals false you are leaving it open ended when you say repeat until.

If you use repeat, then you need to be very careful to say until what?
A key press? Until it is either yes or no?

But when you use iterations you are not being lazy and guessing like that you are accomplishing a task in this amount of time or forget it the answer is still maybe yes or no.

Almost always in computing you are performing a real function using values determined by the math.
But if you are looking for statistics then in the iteration you need to add more questions as you go.


So in Delphi we do it like this
For j:= 1 to 5000000 do
For i:= 1 to 5000000 do
begin
and in here you are processing the colors of your bitmap or finding out the colors of your bitmap etc.
With an if statement.
If the pixel is balk then do this.
If the pixel is white then do this.
If the pixel is in one of 16.7 million states do this.
end;

We can go further like this

For j:= 1 to 5000000 do
begin
for i := 1 to 5000000 do
begin
If the color is black then do this and here we are going along a row.
end;
If the color is red do this and we are going down a column since we are in the j zone.
end;

So then how you use that determines on what you are trying to find out.
If you are trying to get a statistical average or a half dead cat that is 40 percent dead then your if statement will determine what you are looking for.
Inside there you need to check for the user if he or she has pressed a key or they might be banging on the keyboard and saying fuck my computer has hung. The no stopping problem.
If the answer is yes break.
If the answer is no break.
And otherwise if when that finishes j i s equal to 5000000 and i is equal to 5000000 then you know it is still maybe right there.
no need to wait for the program to finish, you can say if it is still maybe do this or that or try again with an added value instead of 1 to 5000000 you are using variables.

So now G and B lets say since it can be whatever you want. So for j:= G to B do.
It has gone through and is still maybe so you say if it is still maybe add this to G and or add this to B.
So total flexibility.

Including more iterations like L after K and M after L but don;t be lazy those numbers factor up very quickly and the time it takes to process one line may not be as fast as you think.

J*I*K*L is one very large number of times you just told it to do something that might be a physical process like turn on and off a light.

5000000*5000000*5000000*5000000
right?

How many zeroes is that? 24 so this is the number of times you casually asked it to turn an LED on and off
1000000000000000000000000
That could take years.
So knowing how to use it is as important as how to make it.

[Rick1234567S]

Lets get down to the nitty gritty and get back in the box...
We are thinking in the box now.

What does it mean to multiply something?
It means to add a number x number of times.

What does it mean to divide something?
It means to subtract a number x number of times.

So now you have addition and subtraction and multiplication and division at its most basic level.

So you want not just a billion zeros in your calculator you want a billion times a billion zeroes in your numbers and you want to add subtract multiply and divide them and you don't take no for an answer when the machine people say that number is too big.
It is not we can iterate through addition and subtraction and make our own damn calculator.

[Rick1234567S]

So the egg heads got hold of this the guys from down town, and so then they look at your thing and they say, well what if 4 lights were a register, or they use hexadecimal and theory and things that would make your hair stand on end let them go, fill your boots, put an order in we will change the architecture to suit but right now we want to port our programs to windows.

So our focus is faster with less heat.
Quantum computing using statistics.
So then fiber optic data is streaming in through fiber optic cables what does it mean fiber optic data?

Modulation again, only at the speed of light.
Modem right modulation demodulation.
Modulation is the process of influencing data information on the carrier, while demodulation is the recovery of original information at the distant end.

So ok the data is coming in as a single stream per cable to a modem at this point it is still light speed, so you need a cable for every what? Pixel, and now you are taking 70 trillion photos of it per second, just because you used fiber optic cable instead of led.
So then the photons streaming in how are they modulated?
They can come in as numbers.
Directly from another computer system.
From supercomputers each supercomputer attached to one cable giving you a number.

So one screen has how many pixels 1024 x 768 or similar number that many cables that many supercomputers and they want you to crunch these numbers for them at light speed.

So then flash you take your image that represents the result of the numbers they gave you and maybe those are sensor data from data points and you do it again and you compare the two images and you say there is a missile heading for the White House.

You just got your funding pal.
And lol those darn Ukrainians are trying to do something so you got yours too in Russia because we don't want to play favorites here.

[Rick1234567S]

Lets say we want to contain a fusion reaction so we have 1024 x 768 data points from sensors all at light speed coming in and flash you now need to adjust your magnetic field at those points to steer the reaction.

So quantum computers can only go at c but electrons can only go at c as well.

You can slow down the speed of light in a medium, you have flexibility there.

But again to begin with we want to keep it simple, and sell it to google because we have a good idea what they need.
And selling things to a scientist who wants to do some fancy math where ya gonna get the money to pay for it?
Ask the university for a billion dollars so you can get pi to 5 more digits?

I don't think so.
So data storage backups number crunching.
Data streaming.
Real world stuff. Economic trends.

So if you start with LED lights and realize they can be one of 16.7 million states that one light can store one number or one character.
But large numbers so it takes less time to do calculations if you are using that to store your number.
And you are not limited to 20 digits.
So encryption etc.

So look at these panels as blocks of memory and Windows will address them for you.
The panel makers will follow windows guidelines when making the panels so that the addressing is standard.
What about a GPU? Well we blew the doors off every GPU on the market by factors that would not be believed, our warehouse is a GPU ok?

And there you go and yeah keep it simple, keep it functional avoid the verbiage of physics, use working terms suitable for engineers.

[Rick1234567S]

What if we don't keep it simple? Then realize you will still need to give plans to an engineer.

What if we laser scan the world with our satellites and using analog data realize that waves follow certain functions such as harmonics and
A Fundamental Waveform (or first harmonic) is the sinusoidal waveform that has the supply frequency. ... So given a 50Hz fundamental waveform, this means a 2nd harmonic frequency would be 100Hz (2 x 50Hz), a 3rd harmonic would be 150Hz (3 x 50Hz), a 5th at 250Hz, a 7th at 350Hz and so on.

Here is another one
The Fibonacci sequence is a set of numbers that starts with a one or a zero, followed by a one, and proceeds based on the rule that each number (called a Fibonacci number) is equal to the sum of the preceding two numbers. ... F (0) = 0, 1, 1, 2, 3, 5, 8, 13, 21, 34 ... In some texts, it is customary to use n = 1.

So egg head stuff when you start to get into the heavy math.
But what you want to realize is that if you hit something with a laser and it is analog data then you can zoom in on that data since you know the rate at which the wave is getting smaller to a point.

So you can zoom right into the surface of the object or get the ants on the ground if you have enough data capacity.

What are the characteristics of analog signals?
characteristics of Analog Signal :
These sort of electronic signals are time-varying.
lowest and highest values which is either positive or negative.
They are often either periodic or non-periodic.
Analog Signal works on continuous data.
The accuracy of the analog signal isn't high in comparison to the digital signal.

But we are using lasers with pin point accuracy not radio waves and so then any focused beam still has wave characteristics and hence you can do a digital zoom.

Now don't believe what they say about digital zoom until you get a SONY camera with digital zoom that allows you to zoom in for miles beyond what your lens will do without sacrificing clarity and making bigger block pixels they are using an algorithm that is based on the predictability of the wave.

For instance JPEG it can make things larger or smaller and uses an algorithm yes it is lossy but it is fast and it can change the image very quickly so depending on what you are doing you can still use analog data and then convert it to digital. Going past what the signal returned as z =0 at the surface.

What are the 4 types of sequences?
Types of Sequence and Series
Arithmetic Sequences.
Geometric Sequences.
Harmonic Sequences.
Fibonacci Numbers.

Ok so if you let the math people in the door they will make you spend more money than you have but at the end of the day if you ever get it finished it will be awesome.

When you ask them for advice be sure to tell them you need to explain this to an engineer and it can't cost any time or money.

[Rick1234567S]

So lets review.

We have a quantum computer and we want to just port our windows programs onto it as a very large selling point.
So we want blocks of memory.
A flash drive is the same as RAM memory.
A CPU uses registers just like RAM memory.
A GPU uses registers just like a CPU with added functions since it knows you need triangles it knows that you need to use certain algorithms and so it will do that for you right there the way the engineers designed the GPU.

You call a function.
But still you are using memory blocks. And bits and pieces are ok here and there Windows will allocate the memory into a virtual block and do memory swapping page swapping manage all that for you.
As a programmer you just have declare a variable and you don't care where it is located at all.

What if you are a graphics programmer working with bitmaps or film?
Then you need to use the pixels and the colors of the pixels and lucky you the memory is made of pixels that are of the different colors you are trying to work with.
So then the block of memory is one solid sheet.
If you want speed.

Lets say you want to throw a block of memory onto the screen with a move this block there starting at x,y and going to x2,y2.
That is going to happen very quickly when you are not setting pixels one at a time using Windows putpixel commands.

You are merely saying the data is in a block put this block there the colors are there in that block of data.
One operation not lots of individual operations.
But you still had to make that page in RAM before you decided to turn those pixels on.
So it is faster to do that in RAM since it is not turning on a pixel and it is actually invisible.
So less mechanical functions and less Windows functions to go through the layers.

But with this alone
for J:= 1 to N do
for i:= 1 to M do

There is very little computing that you cannot do if you learn the power of that system.

So lets say you have an array of data point data in J and you allocated memory in Delphi it looks like this

Var
Myarray:array['a'..'z'] of char. that tyups of thing or array[1..60000] of mytype;

What is mytype? Something you made up.

Type = mytype
x:integer;
y:integer;
Happytime:text;
copyright:text;
encryptedstream:integer;
end;

So then your type needs brackets so mytype(x,y,happytime,copyright,encryptedstream);
Every time you use that type you need to set values for those variables.
Or have default values for those values above its use.
and not only that you have to first declare a variable of mytype.

var
Xmytype : mytype;

so that changes the lettering every time you use your new type because one variable is all you need now to store all that varied data.
Xmytype(x,y,happytime,copyright,encryptedstream) it looks the same when you use that type but now it is a variable of that type and you can now have more of them.
var
Ymytype(x,y,happytime,copyright,encryptedstream);

So very flexible and complex without boundaries.

So a lot of flexibility enough for any scientist.

So then you still use an iteration

you create a function that returns a value.


Function is_it_happytime(happytimes:lboolean):boolean;
var
coffeebreak:boolean;
X:integer;
y:integer;
begin

So if the clock says it is between this minute and that minute and this hour and that hour, (the computer has a clock)
then coffeebreak is true else coffeebreak is false;
happytimes := coffeebreak;

if happytimes then is_it_happytime:=true;
else
is_it_happytime:=false;
end;


If happytimes the variable is true in the brackets then the function returns true.
So this is a silly example of how the system works.
You call a function giving it variables and it does the calculation and returns a value, an integer or a boolean or whatever type you want it to return.
Normally it would not just agree with the variable inside the brackets it would take that variable modify it by testing it against other functions, then return if it is true or false.
Ok so you want to send it what you have so far and then do more calculations on it and send us back the information if the test of that variable is true or false.

So now in your iteration,

For j := 1 to 100 do
begin
if is_it_happytime(false) then do some thing.

Confused yet? So then from your perspective here in the code, you think it is not happytime yet.
But you are going to ask another function to maybe check the time and return yes, if right now is within coffee break time.
You don't have a watch on.
And it is going to check 100 times in a row, and you might put a pause in there so every few seconds is it coffee time yet?
And if it is then it will stop executing the code.
We call that break;

after it does that it can turn on a light or ring a bell.
end;

And anything you want to do you can do in an iteration.
If you just want to go through data in a datastream you still need to go through it one at a time. You can skip some of it and still go through like give me every 4 numbers.
But a datastream is a line of continuous numbers and you want to use those numbers for some purpose.

And generally when it comes to statistics you need to do things more than once.
So again you are using iterations and nested iterations.

So with a quantum computer that is what you will be doing most of the time if you learn how to manage a datastream.
Now not everyone wants to use an iteration they prefer to say repeat until
and increment a number every time it repeats that's not really the way an engineer wants to do things.
He wants to know beforehand how many numbers in this stream am I expecting and if I don't get all the numbers I am expecting something is wrong with the transmission.

So always you want to know hard fast numbers to prevent or catch errors.

So if you really practice iterations and they get complicated as heck calling functions from inside the iterations you will find there is nothing you cannot do using that technique. And it will be far more reliable than to just see what happens as you go along.

Reduce your errors by expecting a result with in a range.

So that if it is not within that range why not?

So with quantum computers although when you talk to a physicist he wants to tell you about half dead cats and things that cannot truly be real, at the end of the day you still need the odds the cat is alive or dead and the statistical average of all the times people have checked if the cat was alive or dead for the final result to be a good statistical average that you can trust and rely on.

So scientists like large samples of data because the larger the data sample the more accurate your prediction of what the truth is based on the statistical data.

And believe it or not that is as simple as I am able to make it it gets more complicated from there.
But after all this is quantum computing not stamp collecting.

[Rick1234567S]

So there you go, I have to go pickup my girls now for their sleepover.
Using matrix quantum computing equipment that is beyond your comprehension.
Not only that I thought it was Anna's day to get the snuggle side, she is in Russia so I would be an hour late.
Fortunately she posted and said it is Diletta's turn not hers because last week, she got Tuesday and Friday on the snuggle side which means Friday snuggle side for the win, but they are taking turns like good sisters, so this week Diletta gets Tuesday and Friday.

That's the sort of reason why I need quantum computing I have young daughters.
So Diletta is in Italy and I am not late I am half an hour early and I am golden.

If they weren't perfect and understanding well then life would be not as enjoyable as it is for a mad scientist like myself.

ciao

[Rick1234567S]

I guess I never explained that you don't get rid of your standard pc this is not a complete pc in and of itself.
There is standard architecture in your pc so that Windows is compatible this is memory and that sort of thing which is where your speed comes from.
Memory access and storage and those things where speed is needed.
There isn't a text document that Windows can't do just fine so if it isn't broken don't fix it.
The entire google and youtube empires are built on this architecture and changing that today would be impossible.

The heat problem and speed and storage and memory access things like graphics and then scientific number crunching.
Don't try and reinvent the wheel you don't have alien technology here.
Go for the win, the speed upgrade.
Keep it simple or you won;t get anywhere.
How far did they get in a year or two? There was a lot of hype but where did it go?
Hype based on verbiage.

"Despite the simplified approach, SpinQ’s computer can still complete some basic quantum calculations once hooked up to a conventional computer, the company says, for instance allowing it to search through databases far more quickly."

https://futurism.com/the-byte/quantum-desktop-computer-5000

IBM is still selling its quantum computers so my lectures got them going and it is useful but it doesn't do much yet.
The 100 qubit computer.
Don't laugh we have gazillions on the floor of our warehouse.

https://www.ibm.com/quantum-computing/?utm_content=SRCWW&p1=Search&p4=43700067950530747&p5=p&gclsrc=ds

I think its great that they are out there with their stuff and understand it but not like I wrote in this thread and the last because they cannot get past the verbiage when all physics book are filled with that verbiage and what can they say, they are all wrong?

But this will help them if they try.
Or someone else like google.

Try to get them to give you a simple explanation of how it works and what it does.
They cannot.

[Rick1234567S]

What they have is a scientific tool that has its uses for egg heads.

Like a sponge migration.

Don't open the door to our warehouse.

Picture 1000 servers sending data to those screens as memory blocks and flash at 70 trillion frames a second it is saving the data from all over the world and then done as fast as they can send it.
We are talking about practical use and no change of programming.
Its a layer handled by a driver.
Plug and play.
Not even supercooled.
Ok so the CPU changes from 128 bit to 16.7 million bit and its there on the floor essentially, and will get modified and pipes installed data pipelines and yeah you know it, more selling features, new things, over time that happens.
But it is really about speed, processing power, and data storage and graphics all the things google and youtube need as these huge services used by the people every day. And a company like facebook, instagram, they are challenged right now.
Certain times of the day they slow down quite a bit.

The problem with monopolies.
If everyone is using your service does that mean you need 7.5 billion computers now?
Like that.
But herd animals and they all gather so you need to ramp things up.
These are quanta, photons are quanta nothing goes faster than the speed of light and this is speed of light computing.

[Rick1234567S]

Maybe this Ted Talk will open your eyes a bit as they use high speed film to watch photons move slowly.

Remember they too are caught up in verbiage, so don't get one of their photons you are looking at in your eye.

Imaging at a trillion frames per second | Ramesh Raskar

https://www.youtube.com/watch?v=Y_9vd4HWlVA

[Rick1234567S]

So the problem right now is how do you get that onto tape?

How fast is tape backup?
High Transfer Rate

Although magnetic tape systems give the impression that they read data slowly, LTO7 can transfer data at a high speed of 300 MB/second (750 MB/second when the data is compressed), which is more than 20% faster than other storage systems.


"Most companies using tape today use it for long-term storage and active archive systems where infrequently accessed data is automatically moved out to tape, and automatically brought back if someone requests it. Since tape is much better than disk at holding onto data for long periods of time, this is a good use case for tape."
https://www.networkworld.com/article/3644458/the-latest-tape-storage-is-faster-and-holds-more-but-is-it-better.html

But only once you get started will you find innovators with a market.

Can we ourselves imagine a system? Yes with sheets the size of our warehouse floor requiring some mechanical engineering and sheets flying off the stack at incredible rates of speed.
It isn't going to happen until you find a way to gather a bunch of storage disk in sync like 1000 of them and each backup the the one block of data at an incredible rate of speed.
The key here is use light speed but as soon as you get there now what?

Do you have photosensitive material that can imprint the data on it and store it. So new innovation is needed.
You can do all the computations you want with 3 sets of screens but to backup tomorrows data for those large companies and the Internet in general you really need to think about how fast can a laser etch a metal tape and how fast can it go screaming out of the device.
Don't think magnetic, think pin point etch on metal tape permanent storage. It can't be reused but it is permanent storage.
I think we can imagine a high speed metal tape that is written on by laser because that is how we do it in the matrix.
We write on planet surfaces.
Storing immortal records.
Consider how much storage you could put on a large metal wall.
If your storage is a very tiny mark just larger than a group of atoms.
But you have to read it with a scanning tunneling microscope.

Where there is a will there is a way and right now, you can do the computing, storage will get faster and innovation will happen.
No one else has quantum storage yet either.

I once saw a kodak device that took photos of documents at incredible rates of speed.
Film?

Keep looking

Oxy-Acetylene Explosions at 330 000 fps | Fastest High Speed Camera on Youtube!
https://www.youtube.com/watch?v=p9XandILnvk

[Rick1234567S]

You have options there but a fast scanning tunneling microscope might be the solution of a fixed metal wall.

"A fast scanning tunneling microscope (STM) for scanning micron‐sized areas of atomically rough surfaces has been developed. The response time of the feedback loop controlling the tip‐sample spacing is roughly 5 μs, and the maximum scan velocity is 1 mm/s. The instrument uses fast electronics and a novel mechanical design to achieve the high bandwidth. The high bandwidth makes the STM capable of nearly real‐time panning and zooming, allowing for rapid searches over the surface of the sample."

https://aip.scitation.org/doi/abs/10.1063/1.355877?journalCode=jap

why that?
Well lets do a bit of math.

1 meter squared of a metal wall. How many atoms are there on that surface and lets just convert that to nanometers.
1e+18
1,000,000,000,000,000,000
one quintillion bits.

[Rick1234567S]

Why might photographic film be useful?
The film is made of atoms.

Atoms are very small.
Those atoms are being affected by photons.
Photons are very small.

Theoretically you might be able to store a great deal of information on a photographic plate.

Right now the silver oxide grains are 1 micron or 25 microns so that's roughly 1000 nanometers.
We would be looking at a quadrillion sq bits per meter.
Terabyte drives. That's a trillion bytes.
So 1000 terabyte drives per meter if you use photographic film.
roughly speaking.

Photographic film can be projected and then possibly that could be read by photosensitive material to turn the lights back on in blocks.

[Rick1234567S]

High speed Microfilm? An array of them in sync?

[Rick1234567S]

16.7 million bit pc so Windows upgrades like from 32 bit to 64 bit to 128 bit to 16.7 million bit
So what changes are the compilers.
The data types change and they now allow large numbers and that is worked out by egg heads.
20 digits now for an integer and later 16 million digits for integers.
So very little changes.
Everything remains the same in terms of memory blocks.

The strength in this system is the block save, the block backup, the block restore.
Normally you are doing things one number at a time.
Like with a hard drive when you write to file you right a stream of data to file.

So maximum data rates per second and you know in today's world a second is a very long time.
Light can hit the moon from here in a second.

So the idea is that as fast as you can change the memory block which is the screen, and so how fast can a big screen Tv refresh 60 frames a second 120 frames per second.
How much data?
33,177,600 pixels.
So each screen has that many pixels and i our warehouse 1000 screens so add 3 zeros.
33,177,600,000
33 GB 300,000 frames per second today.

Using an array of cameras as seen in that youtube video.
How much data per second?
9.9e+15 per second.

10,000,000,000,000,000
10 quadrillion bytes per second. 10,000 entire terabyte drives per second throughput.
We are there I should have done the math but it doesn't hurt to look at other things.

With 1000 8k screens. So 50 x 20 array of 8k screens and an array of cameras as seen in youtube with a 300,000 fps.

So then to get the data back onto the screens, that's where the problem is.
But certainly backups would be instant.
If that 8k screen has a frame rate of 120 fps you can't use 300,000 fps film it can't be displayed that fast today even though they claim single digit nanoseconds to turn on a LED.
Its possible they just don't need anything more than 120 fps the human eye can't see it.
You might need to get them made or modified.

So then just today at
33,177,600,000 pixels or bytes * 120 = 3.981312e+12

4,000,000,000,000

4 terabytes per second.

[Rick1234567S]

Raymond Blum leads a team of Site Reliability Engineers charged with keeping Google's data secret and keeping it safe. Of course Google would never say how much data this actually is, but from comments it seems that it is not yet a yottabyte, but is many exabytes in size. GMail alone is approaching low exabytes of data.

How much content is uploaded to the Internet each day?
How much content is created every day? Every day, we create roughly 2.5 quintillion bytes of data. With the growing popularity of IoT (Internet of Things), this data creation rate will become even greater.Oct 28, 2021

Essentially google uses data warehousing and cloud backups with lots and lots of tape backups every day so thousands and thousands of individual tape drives.
Google Big Query Data Warehouse

Google BigQuery is a cloud-based enterprise data warehouse that offers rapid SQL queries and interactive analysis of massive datasets. BigQuery was designed on Google's Dremel technology and is built to process read-only data.

It is relatively secret but in San Fran there is one warehouse by google I guess but it so big now data warehouses all over the world are backing up enormous amounts of data daily. So they spread it out over the world maybe a million tape drives.

"Google uses 50,000 linear tape-open cartridges every quarter."

"Google uses LTO ultrium."
144 TB
No mention of data rate.

I gave them some quantum storage on tape drives but it doesn't help much and they need a lot of them.
Since no one makes the drives there are only two options left.
IBM and LTO Ultrium

[Rick1234567S]

What sort of ideas did I give them?
For software and execution of software on tape.
Like when you see images on TV of the Matrix it is bright green and like it is on tape?
So I explained how many columns you could have on one tape and how each column could be a program running at the same time so multitasking multi threaded programs running all on one tape.
Its not linear because one program can use several columns.
It can branch between columns.

But this is a different kind of software that runs to do tasks without human intervention.
I guess they said oh yeah tape drives! And went for tape drive data storage because 144 TB is a lot of space and I think they use cartridges.

But the warehouse with 8k screens 120 fps get a manufacturer to increase the frame rate for computer use.

All the same if it is that way now you will be able to turn lights on and turn lights off or change color on the entire screen
120 fps.
So again
4 terabytes per second.
For one quantum computer.
But how fast are they backing now with cloud technology and 50,000 drives.
So 4 TB per second is not much when it takes a large warehouse to get that data rate.

All the same a Hard Drive is
The Fastest External Hard Drive: Samsung T5. The Samsung T5 is the fastest external hard drive we've tested. CrystalDiskMark came back with incredible results, with a sequential read of 562.4 MB/s, a sequential write of 520 MB/s, a random read of 160.1 MB/s and a random write of 195.7 MB/s.

Sequential read and write.
Not a great random rate.
But most of us are using 20 mb per second random read write

You can get fast SSD drives that are not hard drives they are solid state drives.
Not large yet though.
https://www.cloudwards.net/fastest-external-hard-drive/

[Rick1234567S]

The human eye can see 60fps the reason TV's are 120 is for 3D glasses so you have two signals one for each eye.
That's the maximum since the human eye cannot see it.

So they don't do it.
But with high speed cameras photographing flickering screens, at incredible rates you have incredible throughput.

Again the ENIAC quantum computer unless MIT wants to take an 8K screen and modify it in league with a femto camera.

So then all you need is to be able to write those data rates.
Where do you save the femto frames?
we figured today that we could manage 4TB sequential read write.
How much faster is that?
500MB as compared to 4TB
2000 times faster.
But again we are using one hard drive per screen.
So 1000 hard drives.
That's normal use then to backup you still need tape drives.
Its entirely possible to make the tape go faster and dump blocks of memory to tape if you invent that.
At present we only have film that can take a picture of a block or screen of data in one go.
Now it is on film, how do you get it back onto the screen?
You have to scan it.

10 years if people started working on this we would have a large capable quantum computer.
IBM will never get there with their technology at present.

Listen to the verbiage AFTER I corrected their verbiage...
https://youtu.be/QuR969uMICM

[Rick1234567S]

I can only take so much of that when all they are talking about is the use of statistical data.

Teleportation of data without wires!

Using statistical data humans here will do this and the same over there there they go we have just teleported our data.

How does that help you?
Superpositions between yes and no. You mean maybe? Percentage of yes and no?

That's all.
Anyway I gave you the proper way to make a quantum computer and they are still working on a sponge migration.

What is a sponge migration cultural reference?
Ghost busters
https://www.youtube.com/watch?v=KryNGmx56ao
and of course this one from Poltergeist
https://www.youtube.com/watch?v=8J9sU2n5fIc

[Rick1234567S]

So do we understand quantum statistical mechanics yet?
I will be honest with you I did not give them what I have given you.

I stopped at zero one and two.

But you see that wasn't enough because the verbiage is everywhere and they want it convoluted to protect their knowledge.
So what I gave you was for engineers. What you give physicists they always say yes but is it crazy enough???

Ok so again the iterations of j and i which is standard for programmers to do a bitmap with j as height and i as width because x and y will frequently occur in the area below that as references to the screen location. So those variables are reserved for when you want to access the screen.
K is then used to do iterations of jand i.
L is used to do iterations of k.

So you are doing runs of data checks, to get statistical data and I explained that previously.

It is not rocket science there at that point.
So we do it that way instead of changing the architecture.
So they changed the architecture and it didn't progress very quickly in 3 or 4 years.

So we can just go ahead and compute with light and blocks of memory.
And the idea of photographing 1000 screens that's an instant download of 4TB of data.
And with incredible frame rates that's an enormous amount of data.
So then computing using 16.7 million bits does not change things much unless you are working with large numbers.

But the fact that one light bulb can be in one of 16.7 million states at any time well that is useful for statistics.
So the iterations break on yes and break on no but don't break on maybe but you do multiple runs of the data and sometimes it doesn't get all the way through k.
The remainder as it were that is not yes and not know tells you the statistical unknown.

But although it is the same architecture, you need to write your code a little different than normally by using these simple iterations.
Once you add your if statements and the conditions for yes or no it can be extremely complicated and very powerful.

So we cannot read the mind of God.
But if we observe and record what he does in the world, we can predict what he will do using statistics.

Good luck because if you can predict what God will do, using a computer, then you have some powerful machine there.

[Rick1234567S]

That was my Ted talk.
That's right Sue, you could instantly download 4TB of data at a concert with your Iphone.

How much is that?
Elvis complete collection and his basement tapes same with Frank Sinatra and people who have an enormous amount of music.

You just need to photograph a large screen and you can then use that data.
So 4TB they do not need.
But download a complete hi resolution film in a split second.

8k is 33,177,600 bytes 33 MB and so you are standing outside the store window looking in they have an 8k screen and you can just download their entire catalog if you press the button take the picture but you need a camera holder for a steady shot.
So if you had 10 frames or 100 frames,
33,000,000
add 2 zeros if you want 100 frames

3,300,000,000 or 33GB in 2 seconds.

Now your software reads those colors as data.
You have the images on your phone and it will be converted to useful data since what you are seeing flash in 2 seconds are bytes of data.
Does it matter that it is a bitmap? No the color value is the number.
No need to even scan the image it is on disk.

But since you did it as a bitmap, it carries other data like a file header etc.
So another utility just sips the file header information and it just writes the data to the type of file it is supposed to in this case it could an MP4.

Consider how much bandwidth you save there.

[Rick1234567S]

So all this talk about quantum magic and teleportation, like Bell's theorem, but where is the real magic.

Lets look at some real magic.
Magic that allows you to predict things.

Now you know that light is a wave and a particle. As a wave packet it is an object and so digital.
But it has analog properties that can still be used.

In mathematics, a Fourier series (/ˈfʊrieɪ, -iər/[1]) is a periodic function composed of harmonically related sinusoids combined by a weighted summation. With appropriate weights, one cycle (or period) of the summation can be made to approximate an arbitrary function in that interval (or the entire function if it too is periodic). As such, the summation is a synthesis of another function. The discrete-time Fourier transform is an example of Fourier series. The process of deriving weights that describe a given function is a form of Fourier analysis. For functions on unbounded intervals, the analysis and synthesis analogies are Fourier transform and inverse transform.

It is pure magic that anyone can even understand what he just said.

Fourier originally defined the Fourier series for real-valued functions of real arguments, and using the sine and cosine functions as the basis set for the decomposition. Many other Fourier-related transforms have since been defined, extending the initial idea to other applications. This general area of inquiry is now sometimes called harmonic analysis. A Fourier series, however, can be used only for periodic functions, or for functions on a bounded (compact) interval.

https://en.wikipedia.org/wiki/Fourier_series#/media/File:SquareWaveFourierArrows,rotated.gif
What do you see here?

Look at it and imagine you are watching a wave go from your eyes towards the horizon.
So due to perspective it is getting smaller into the distance.

What do you notice about these images that you saw recently when a photo of atoms were displayed.
https://en.wikipedia.org/wiki/Fourier_series#/media/File:Fourier_transform,_Fourier_series,_DTFT,_DFT.svg

Ok so lets me tell you that there is magic in there but understanding where and how in spite of the verbiage is a great big magical task.

Now most people can still find uses like with lasers and well it ends up I think being related to the fact that the universe is expanding.

So why is it related to that. Is Pythagorean theorem a form of magic?

Has anyone even come close to explaining why it is there?

Pythagorean theorem, the well-known geometric theorem that the sum of the squares on the legs of a right triangle is equal to the square on the hypotenuse (the side opposite the right angle)—or, in familiar algebraic notation, a2 + b2 = c2. ... Nevertheless, the theorem came to be credited to Pythagoras.

There is a logical gap there but it is magic that it is true.

So then how is this all related to an elliptical orbit, and the Fourier series and Pythagorean theorem and the expansion of the universe and why atoms look like that?

An atom nucleus if we imagine it is expanding but everything is at the same time so you cannot tell it is expanding so expanding into a higher dimension. Like if you painted a ruler on an expanding balloon.

So then what function describes that expansion?
So the arrow of time is outward from the center of the nucleus.

Now what is the size does it double with a POP or does it stretch out and come back?
It pulses in and out on a specific frequency and that frequency depends on the element and they are all related by math since the periodic table is such that one more electron for each element.

But what else happens? An orbit instead of being a circle you end up with a spiral upwards through time stretched out.
Look down on that it is an ellipse.

What else happens well t becomes the 4th dimension.

What else to describe that pulse you can think in terms of Pythagorean theorem.
It is directly proportional to its past.

Now I am just going to leave that all there and not tell you more because that alone is crazy enough and mysteries are hidden in there.

[Rick1234567S]

So what does it tell us?
Well we already know that light is a wave and a particle but particle is verbiage.
It is an object.

Ok so then everything is curved.
Yet, we have two types of geometry.

You see? One analog and one digital so Pythagorean theorem is digital on a plane, and curved in 3 dimensions or 4 dimensions it becomes like an ellipse moving through time.
So the image of the atoms shows it not actually spherical.

Conceptually difficult to grasp unless you stick with spheres and bubbles.
We actually got NASA to do some experiments for us on the shuttle and yes perfectly spherical bubbles.
So related to gravity since it becomes spherical where there is no gravity.

But if t is that expansion through time the universe is 12 billion or so years old so again from a nucleus outward but each nucleus.
The arrow of time is linear.
Not curved.
But matter and all things subjected to that expansion is curved because matter has mass and resists that expansion.

So now when you want to predict things you have to consider that expansion that curvature.
So our physical universe is governed by laws and very ordered laws such that each element has one more electron.
And all elements divisible by hydrogen.
So math wins, we know that and I will show you just the tip of the ice berg on that...
https://mathshistory.st-andrews.ac.uk/Biographies/Fourier/

When you are finished that look at the biographies index.
And try to imagine how so much math could even exist.

[Rick1234567S]

Yes there is a typo there back at the bubbles of spacE!
So that I would talk more about this simple little thing and what it might mean.

So in space zero G, the air inside is perfectly harmonious and balanced and so equal pressure the elasticity of the bubble equal the liquid has tensile strength it is hollow for all intents and purposes no center of mass gravity so it is perfect geometry.

Yet pi goes on forever.
And why is that? What is the magic secret of this geometry?
pi does not exist it is a mental construct.
The actual universe does not even use pi.
That is us using an approximation.
And that is how it avoids that one infinity.
That might mess up its perfect geometry.
What else can we glean from this by way of statistics?

Things are directly proportional to their past. Hence we have statistics.
So when things change they don't change in random ways they change in predictable ways.
Directly related to their past.

If you ever see a real jump in statistical data you should expect it is wrong.
We can say well that was a fast jump, but never a direct jog immediate change.
It is fluid in that way not blocks tumbling at random.

So how we predict things using statistics has a lot more potential and mystery if we were able to somehow grasp some of these concepts.
Lets just look at simple ones from Pascal

Blaise Pascal was a very influential French mathematician and philosopher who contributed to many areas of mathematics. He worked on conic sections and projective geometry and in correspondence with Fermat he laid the foundations for the theory of probability.
https://mathshistory.st-andrews.ac.uk/Biographies/Pascal/

He has an interesting mystic hexigram here
https://mathshistory.st-andrews.ac.uk/Diagrams/PascalTheorem.gif

Mysticism to a mathematician he invented the first computer, and claimed that he got his information form God in a experience of enlightenment of a sort.

We might be able to find his account in a book called Cosmic Consciousness by Richard M. Bucke 1900 or so.

Is this like Eureka or something else? Ok they found a document sowed into his jacket after he died.


"he paper copy, however, in Pascal's hand, is still extant in the Bibliotheque Nationale. Paris. It was Cordocet
p. 274
who gave the document the name of "Pascal's Mystic Amulette" [112a: 156].
Translated into English the words of the amulet are as follows: "The year of grace 1654, Monday, 23 November, day of St. Clement, Pope and Martyr. From about half-past ten in the evening until about half-past twelve, midnight, FIRE. God of Abraham, God of Isaac, God of Jacob, not of the philosophers nor of the Wise. Assurance, joy, assurance, feeling, joy, peace. God of Jesus Christ, my God and thy God. Thy God shall be my God. Forgotten of the world and of all except God. He is only found in the ways taught in the Gospel. The sublimity of the human soul. Just Father, the world has not known thee but I have known thee. Joy, joy, joy, tears of joy. I do not separate myself from thee. They left me behind, me a fountain of living water. My God, do not leave me. Let me not be separated from thee eternally. This is eternal life that they should know thee the only true God and him whom thou hast sent. Jesus Christ—Jesus Christ. I have separated myself from him; I have fled, renounced, crucified him. Let me not be forever separated from him. One is saved only by the teaching of the Gospel. Reconciliation total and sweet. Total submission to Jesus Christ and to my director. Continual joy for the days of my life on earth. I shall not forget what you have taught me. Amen." *"

So anyway whatever it was that happened to him he kept that document sowed into his jacket.
And invented the first computer is known for air pressure and of course probability theory.

"probability theory, a branch of mathematics concerned with the analysis of random phenomena. The outcome of a random event cannot be determined before it occurs, but it may be any one of several possible outcomes. The actual outcome is considered to be determined by chance."

So in that Ted talk she is saying flips of a coin and then saying it manages to still get the answer or similar due to probability theory.

What is the key part of this well flip a coin and flip a coin like go to Vegas, and you are on a roll, are you in fact on a roll?
No. Since every roll is unique unto itself.
Flip 30 coins and they have a probability but do they?

Wait a year flip 31 is that now still part of that or does time affect it?

You see just because you have flipped 100 coins and are working on the statistic regarding what the outcome will be its erroneous.
You see there is no relation between any of those coin flips unless your hand is maybe affecting it.

so even with statistical analysis there is no way to predict what the next flip should or shouldn't be because they are not sufficiently related to each other by causation.

[Rick1234567S]

One coin flip is not directly related to the next coin flip.
A in quotes coin flip is directly related to its past and directly proportional to its past.
Singular the one coin in motion can be predicted but two instances of a coin flip has too many degrees of separation.

So when you are working with statistics you have to be sure that you aren't chasing rainbows as well and that there is a chain of causation.

[Rick1234567S]

And Pascal's mystical amulet we have to assume was his eureka moment. He did say what you have taught me, but that could mean any number of things like humility ability to focus or who knows when you are in your eureka moment and grateful.
His way of being etc. So a very emotional time when you finally solve a great mystery in math or physics.

When it is cut and dry. You know that seems to be the key there. If it is a math problem that takes 100 pages for a proof and even you are not sure it is right you don't get that.

There is no more powerful tool to obtain the truth than through statistical analysis. Try to hide everything but the facts will emerge due to statistical evidence.
Not only that but the ability to predict in a world that seems chaotic is due to things being directly proportional to their past and directly related to their past.
So any chef who studies the statistics and percentages of his kitchen will know more how to prepare for the guests who might come.
One small example of real world applications.

[Rick1234567S]

Stephen insists on prying and prying into mysteries.
Ok so why is pi not used?
Geometry is frozen in time and time does not stand still so the average of the pulse out and the pulse in is the average diameter of the sphere.

[Rick1234567S]

"As a mathematical foundation for statistics, probability theory is essential to many human activities that involve quantitative analysis of data.[1] Methods of probability theory also apply to descriptions of complex systems given only partial knowledge of their state, as in statistical mechanics or sequential estimation. A great discovery of twentieth-century physics was the probabilistic nature of physical phenomena at atomic scales, described in quantum mechanics.[2][unreliable source?]"

Yes unreliable source but that is because we keep our secrets.

Yet if it is too secret how are young physicists suppose to make sense of anything?

Well I used to teach these secrets to physicists and as a result we have incredible technologies today that we would not have if I did not teach it after my own Eureka moment in the elevator with Einstein in my own gedanken.

https://images.app.goo.gl/ERHMewNREtpuKh9T6
You spelled it wrong there is a c missing.

He died in 1955 I was born in 1956.
So what was it that I discovered and when did I get my Eureka moment?

Well he said mass was the same as gravity. And then you know f=ma is the same as w=mg
And I am like Newton merely renamed it.
Lets look at how Newton came up with w=mg

The weight of an object is defined as the force of gravity on the object and may be calculated as the mass times the acceleration of gravity, w = mg. Since the weight is a force, its SI unit is the newton.

So then where is the force? It comes from the center of an mass so the nucleus, outward, it isn't vibrating sideways it is pulsing in and out.
Could it be expanding and we just can't tell?

So the balloon with the ruler painted on it and us expanding while standing on it? So I looked for more clues from Einstein and he said once when a guy fell off a roof and someone commented on it no the ground came up to meet him.
So ok matter must be expanding space shrinking.
A very difficult concept to grasp in your head.

No Eureka moment yet but very excited about all that and so now to the old encyclopedias of his day where nowwww things are making sense, not years later after verbiage sets in.
And then I thought well how could he not understand then that an electron is a spherical wave?
It must be
Was he just trying to hide that fact due to the nature of dangerous knowledge and rather large explosions like supernova?
So now feverishly working with the elements up against Heisenberg and I am like these numbers cannot be right.
You have a problem with measurement you cannot get the right numbers.

So I will use the brute force method to see if there exists proper numbers that are close to those.
Makes sense no?
Like Calculus where you try to get closer from both sides coming inward.
So I am banging away on the Windows scientific calculator and I find a bug in the calculator code.

And I am thinking now I am really screwed get a pencil and paper and on and on and on and OMG, OMG.
I did it. If I change Avagadros number and consider that the force of G is the force causing e at the electron shell it works out perfectly.
How perfectly? NO remainder. In all of the elements except one and after 7 decimal places it begins to repeat.
I was shaking at this point.

And I am thinking I know this stuff what does this mean God does not play dice or he does play dice with the universe?
He seems to be gambling a bit, just to keep things from locking up.
So I am still not convinced check my work ok test other theories and formulas against it and wow 1 Hz exact.
So I say am I just really proving that things are directly related to each other.The constants and the formulas not approximations but laws physical laws and that is reflected in the fact that the numbers if you find the right combination will exactly work out?

So it turns out it was all those things and Eureka and I sent t a letter to M.I.T. with the numbers and said the same thing Newton said if I have been able to see further than others it is because I have stood, on the shoulders of giants.

They said nothing and called a press conference regarding Cold Fusion and everyone went into panic mode.

It had nothing to with cold fusion per se but others were beginning to discover that something wasn't right and they were finding half electrons between the shell and the radius and they knew that something was not right with the standard model and I just gave them the numbers they needed.
What do we do???
Well we went to conference online at that time using telephone BBS systems and discussed it in private. What should we do?
And what does it mean?
And is this dangerous knowledge?
lol
What a time we had.

[Rick1234567S]

I am going to keep my eureka moment to myself oh what the fuck, so I am standing there crying and thinking and here I am with no one to share this with and a cloud formed in front of me and my real dad somewhere in space he was there sort of like a Zeus appeared smiling and shared that moment with me.

So then what do we do and so we just relax I explain everything show all the skeptics and we have to face facts but I don't want to be famous so what should we do? Worse Bohr had spread so much disinformation and particle physics so huge that no matter what we said in public it would hurt so many other organizations making them look very bad like CERN.
So we can't do that to our other members of the community we have to leak it right here and more came and more came then schools joined that physics group and then IBM spelled IBM in atoms using a scanning tunneling microscope and we knew we were there.

IBM in atoms was a demonstration by IBM scientists in 1989[1] of a technology capable of manipulating individual atoms. A scanning tunneling microscope was used to arrange 35 individual xenon atoms on a substrate of chilled crystal of nickel to spell out the three letter company initialism. It was the first time atoms had been precisely positioned on a flat surface.[2]
https://en.wikipedia.org/wiki/IBM_(atoms)#:~:text=IBM%20in%20atoms%20was%20a,the%20three%20letter%20company%20initialism.

So then from there we still needed to prove it further so Bose Einstein condensate and I made predictions all of which came true.

So then we had a relationship between the very small and the very large since I said you should expect a small explosion at some point if you get to the base line or flat line between virtual particles and real particles, the level of quantum foam.
And the Bosenova occurred. I said be careful its not a large explosion but you will detect it.

And then went further and said if you drain the energy out of the nucleus bubble completely there will be a small slap onto that surface level due to its tensile strength like when a bubble bursts a tiny bit of momentum should remain when that is overcome.
And someone in Russia detected it.
At that point I was convinced.

So Einstein was right. And I did not feel comfortable taking credit for his work, so I just said he hid this from us and I discovered it.
And became the resident expert on relativity and general relativity.

And it was onward and upward for technology past that point and so what of the standard model??? Well the GUT and all these wonderful notions only would say everyone else is wrong and you know they cannot be wrong, in context of their experiment.
So lets just use it as a library and say that everything in there has to be taken in context and further don't upset the apple cart but continue to use the same terminology as people manage to update their stuff to come in line with reality.

And it worked perfectly since all we really wanted was to make new things have new technologies and see a better world.

[Rick1234567S]

So Cold Fusion was the perfect diversionary method of drawing people to us, but not affecting them since it was not the topic why they were there with us.
You know while they are being skeptical about that we are teaching them proper physics.
And it is just special relativity and general relativity and we know it is confusing but we will help you understand it better.
And in that way simply upgraded everyone with modern ideas and helped them to understand the new physics which prior to that everyone found a little confusing even at CERN.
And we would quote the headlines when Einstein first discovered it and presented his theory that only two people could understand it.

And there is more because once you understand all that you have a very good grasp of atoms and how they behave and how what we see in special relativity makes sense so we went further into clocks and people invented better clocks so accurate that if you lift them half an inch you can see the time changes time dilation. Length contraction and time dilation.

And so I was forced to make a sort of model I called the expanding man model with a guy on a balloon and the ruler painted on the balloon.

We still can't wrap our head around space shrinking and planets expanding but we can look at cosmology and say well then there should be massive wave fronts coming off the earth and the sun and all large bodies.

So we did manage to increase our knowledge further in numerous fields.
And the moon is moving away from us just a bit as it is pushed by these wave fronts.
So at this time Hawking was in with us he suggested using quantum foam but of course we use it in secret and if you look it up in Wiki it looks stupid.
Just as an example for what the golf balls are doing since we don't want to call them golf balls.
They are pulsing in and out as well hence the background radiation we detect has mass also.

And then we looked at is the universe open static or closed and the moon there says it is open and it is moving away from us a tiny bit and yes it turned out as Hubble telescope came into operation and better red shift data blue shift data just a bit yet large effects seen in space.

The frame dragging and gravitational lensing and so many things for people to study.

Then what is this idea that mass cannot exceed c?
So we had to figure all that out and looking at that and saying well look at a rocket sled. Look at those images.
When you step on the gas the ether is hitting you in the face and planting you in your seat.
Newton's bucket.
So for sure the ether exists and Einstein said it did or his theories would not work.
He had to say that after Michelson and Morley proved it did not exist.
What a time we had there trying to make people understand that it did exist.
So we said no the lumineferous aether does not exist the ether is absolute spacetime, of Einstein, and absolute space of Newton.

So we managed to slowly by slowly bring in a better grasp of physics and the world was safe enough for us to do that unlike when Bohr was faced with his problem with Einstein will this end poorly if we teach everyone how to make a nuclear bomb.

[Rick1234567S]

So what was the final breakthrough where people could bring it all together so it made sense?
Someone Israel did some work similar and that work was on phonons.
And at that point we could teach people then refer them to Wikipedia and phonons.

https://en.wikipedia.org/wiki/Phonon

[Rick1234567S]

A beautiful description.

"A phonon is the quantum mechanical description of an elementary vibrational motion in which a lattice of atoms or molecules uniformly oscillates at a single frequency.[3] In classical mechanics this designates a normal mode of vibration. Normal modes are important because any arbitrary lattice vibration can be considered to be a superposition of these elementary vibration modes (cf. Fourier analysis). While normal modes are wave-like phenomena in classical mechanics, phonons have particle-like properties too, in a way related to the wave–particle duality of quantum mechanics."

And more with illustrations and everything.
So that helped a lot for people to understand quantum physics better.

So we went further because now we were programming computers and people were making the Internet I have to admit I leaked the google search engine through some shareware software and gave it to the world to google actually a matrix red team organization on the condition it remain free to use.
And how I did that was with early object oriented programming and fuzzy logic. Very early stuff but statistics and percentages work into fuzzy logic so I was able to do that and what they had up to then were like phone books. Yahoo trying to make an index of sites we had web crawlers but nothing like you see today which has not changed much but is now far more powerful a tool and absolutely no regrets.

I did not have the money to develop it further or implement it at all but I needed it just as much as anyone else.
So they were doing me a favor. And a guy in there with us early he invented the url!
Universal resource locator and then the Web. World Wide Web and then browsers were here and websites.
So I turned to computer graphics and began work on shareware paint programs just sharing my technology and discoveries to help that industry along. And my favorite hobby is graphics and CGI so we managed to get the laws of physics into CGI as well.

But my own personal triumph came when Poser a program in Russia so slow to use it was painful, got a rival program Daz 3D based on a graphic engine.
And then finally I could design people.
So once again I will show you my best design which took so many years of chipping flint to get to this point.

https://ibb.co/T8yJQwr

So in my belief system and paradigm, a matrix paradigm, we use bodies which are biological robots and can beam into them.
So my girlfriend gets a new body and it is similar to hers but young so we can party on when we get where we are going some day.
Not that she doesn't have a great body she does, but my body there is 21, and fit and our plans are to be young and my daughters are young and well when she saw it, she figured the only way I am going to be able to compete with her, is to ask if I can use that body.
And I said sure! Wonderful idea.
So she is a bond girl, like a James Bond girl.
Of astronomical proportions a previous queen of a galaxy she must be because her look is unique.
https://imginn.org/p/BxSRYutnUZ5/

So then here I was showing the body I called Cici...
https://ibb.co/Q83Pm1V

And here Alli responds...
https://imginn.org/p/CaNS9gjPJZp/
And the second picture rips my heart to pieces. Seriously so a no brainer it is hers.

And me a happy camper feeling like all time is happy time now.
So all the rest was fun, but nothing compares to that sort of thing.
The people and the ones you love the rest is in fact stamp collecting regardless of what Rutherford said.

[Rick1234567S]

In case we are leaving soon which is what we expect I will give you the last of that which I know hoping it helps you further down the line since I would not have got past go without other people sharing their work and information with me going back all the way to Newton and even Galileo.
And Einstein and how all that helped us to move forward so fast so well and so profitably.
Technology and computers and micro chip technology.

So one day I decide light I understand it, but why is it so confusing? We want to make holograms can we?
What are the properties of light that I am missing and what of 3D no glasses?
I have seen people make paintings that look 3D no glasses surely it exists.

Lets look at some 3D chalk on the road...
https://images.app.goo.gl/EX5Roy5y32JKnnT68

Now one thing there is you need to be in the right spot but I have seen painting where it did not matter where you stood.

And me being a graphics expert and a physicist surely I can understand what that is all about.
So we looked at holograms and the only one that worked was Peppers Ghost.
And so the fashion industry did the Kate Moss hologram a mind blower at the time then they did a concert with a dead Tupac also using the same technology.
So Kate Moss on the runway as a ghost herself.
https://www.youtube.com/watch?v=q-38BdFGAho&t=1s

Tupac Shakir homey
Life goes on.

https://www.youtube.com/watch?v=uJE8pfPfVRo

Awesome one there in better quality.

So it works and here is a better example of usable technology holotube
https://images.app.goo.gl/KAC8i2tVMQTmV2aA8

But without something for the light to bounce off of and air molecules aren't enough in today's world at least it cannot be done.

So then I get some materials and start doing some science in my home office and experimenting and really thinking hard about 3D no glasses.

Meanwhile China and other places are coming out with new 3D glasses and SONY has 3D no glasses if the angle is right.
I bought a 3D camera and was looking at all of that while google already great 3D in street view.
Since again using bitmaps most of the time when I was doing development google was able to things with bitmaps that were not CGI.

So I did not enter CGI until much later but helped the industry used by google to make google earth and then street view.

So very happy I stayed in bitmap technology since lets look at street view.
One day I was hanging out with my buddies and roommates and they never come into my room, I had a projector monitor the size of one wall and so we are in the living room and I say well why not go down to the pot store and get some dope.
And they said ok but where is it it is new.

I said well here I will show you not knowing they were not very good with computers and had never so much as even seen street view or a projector monitor. It was all there they just never knew and never used it so they walk into my room see the whole wall or most of it is the street down town so I can show them where the pot store is.
It was quite funny.
https://goo.gl/maps/nfSBJEUftCjcoLC8A
So that is good enough 3D for just about anyone yet we take it all for granted.

But I wanted to understand it from a physics point of view.

And so I thought well a mirror is 3D.
Go look in a mirror and look at your room or any room in a large mirror and see that reflection is true 3D. I am grabbing a coffee.

[Rick1234567S]

Ok so now the mirror is a flat screen. And you are looking at it what is the difference between that and your flat screen monitor?

So then I looked and did some experiments and said I know what it is.

Should I tell you or leave you wondering what it might be like Fermat who left us for years and years trying to prove if Fermat's theory was correct. He said I found a proof but it won;t fit in the margin here.

I will tell you.

So look in there see a couch in 3D the light is bouncing off the couch and lets use a ray for the sake of argument.
So we can see the straight lines.

So then why is it 3D well the light is originating from the couch surface the length of the ray is preserved as it bounces off the silvered mirror and so that ray is longer than the ray that comes off your TV screen or monitor.
So the length of z is preserved.
And so why does that matter?
Well in your head is a vision center that makes sense of what it sees not just your eyes but numerous other things.
So it interprets what it sees including the red and blue shift of light that is not just in space but even right there in that length of a ray.

So to get 3D no glasses like a mirror the length of z must be preserved.
z=0 at your monitor's surface.

Not so in a mirror.

So then to make your own 3D screen you need to know the length of z and preserve it and then project it such that the length is preserved.
So how on earth could you do that unless your monitor somehow could make longer rays and them being related to each other by length yet the photons are arriving at different times due to the different length of z. z being depth.

So with projector camcorder and experiment I realize that if you use a projector you cannot shine it off a mirror it must first be diffused light so a white surface and the image will project onto that surface.

So then what sort of technology could we make a bitmap that had x,y like they do today and then z as well so that programs can project that some how?
So I go into one of my CGI programs and I start to do some experimentation in there using a curved surface...
https://www.imagebam.com/gallery/ph7hremrodgut6fbcvesx3zlpxf8re1g

So inside the torus projecting it or mapping it onto the inner surface.

Now the CGI program was able to map it a bit like when you are directly in front of the torus it would work but not on a curve.
But at least I now understood that in all film z is preserved, the red and blue shift of light is preserved but the eye is curved, the lens of the camera is curved the projector lens is curved the screen needs to match that curve.

And so then once again using the j and i iterations I mapped the film frame onto the surface properly and it worked.
So off planet my engineers did the work and it looks completely real. You see right now if you look at those images again it is coming off a flat screen with z=0 so the best it can do is look like google street view.
In person it looks real so real in case of fire you would throw a chair through the window a fake window expecting to flee to safety.
And then run into a screen.
You would see your shadow on it first and if you shine a laser pointer you will hit the screen.
But that much I know about light and 3D no glasses.
And the view is the same as if you were standing i front of a window it does not matter what angle you are on.

So a curved quarter or half tube and so lengthen the bitmap and then what happens is it shrinks to normal due to the fact the tube is shorter than it would be if laid flat on a surface.

So there you go.

[Rick1234567S]

So then what of CGI?
Well since it can make perspective and light and shadow it can make things easily look 3D.
But only with a proper curved screen about 20 feet behind a large window, will it look real. But if you can get your graphics to look more real, then you could hypothetically make CGI that you would swear is real and not CGI.
Real dragons and the lot including gaming.

Now for DAZ 3D the render is slow and imperfect even with using a ray tracing method but it comes with 3 types one is your basic opengl and so things looked fake in real time when you scroll around to pose your characters.
And so I tried a lot of things then finally went into my graphics card software sitting there on my desktop which allows overclocking and various things and right there you could set settings for the program you are using and it will override their stuff and then finally it looked a lot more real in Daz 3D.

I also told them that Ppoints, can hold a lot of data and a fast render might have a variable that says the direction of the light source.
So that rather than the light looking for things to bounce off of, things know where the light is so the shading works better.

Here are some examples of the current CGI technology out there.

https://www.youtube.com/watch?v=LiLO-QoOrlc

And unreal engine...
https://www.youtube.com/watch?v=SV33j73Kqkw

[nymbot]

On 2/23/2022 7:20 AM, Rick1234567S wrote:
> So then what of CGI?

Shut up imbecile.

[Rick1234567S]

Well if these are robots out there they are as good as I am or better at a lot of things including art.
I found that all I ever needed to do was give them some small thing or idea and they were able to develop it themselves and almost always better than I could do.
Be that because they had money or opportunity or abilities whatever.

So really other than the one percent left of a project that never seem to be able to get done before they release the software, they seem to do some pretty good work.
Thunderbird email I never had a complaint over that work done and that might be the only one that works as well as that does.

Youtube has been great and I can tell you how I got them started.
So early on we were getting our music from P2P sharing programs and MP3 players were not available and a war was on to stop people sharing and everyone knew a youtube would eventually get there but codec are proprietary so legal issues were getting in the way all the time.

So I went to a stock market usenet group and I said here is what you do to get something up and running.
Flip JPEG frames and then sync the music to the frames and avoid codec issues.
JPEG is public and non proprietary.

And in a couple weeks it was up and running.
So once they got started getting investment dollars was easy and soon they were doing better than that beginning.
I helped them as much as I could and it was a free service.
But that plan goes back to 1989 or so when I talked to a buddy and said we need to get that up and running you work on analog systems I will work on digital and we will get that going.
So it was part of a larger plan that lots of people wanted but it was very difficult to get it up and running because of the effect it was going to have on TV.

So they tried putting it on TV so you could access it but nothing worked for TV and the various wars continued including browser wars etc.
But it did allow people who were creative to get noticed even without a budget.
And the public loved it.
Also team Rick I guess people who were helping from elsewhere were watching how I communicated using paparazzi candids and me speaking to them in alt.gossip.celebrities so a one way conversation as I do here, with people elsewhere making comments through imagery so we could be secretive and private.

So the fact that it was dialog was different and people thought I was weird doing it but that's my style.
So one of my buddies at a point was saying do you have to write so much, can't you shorten it we don;t have time to read all that.
But the information I was giving was not easy to relate.
So they came out with twitter, and limited what you could say. To make it short and sweet while I kept blabbing in usenet.

Later they came out with instagram based on our use of paparazzi candids and sign languages and things ladies like and know how to do.
So while flame wars were going on everywhere, our form of communication was fun and pleasant and sweet and stress free.
So the social networking paradigm was launched that way.

Today the world is a highly developed place and the people getting more intelligent all the time from using the Internet.
The threat of nuclear winter that existed in the past has pretty much faded from view.

So we reached that mountain pass beyond which there is a new country, and we ate all the food and drank all the booze and even managed to get pot stores like Amsterdam eventually.
I don't think we will look back in anger.

[Rick1234567S]

So I have to compliment google on their ability to continue to improve the lives of people through technology.
Their methods of improving information flow and answering questions from reliable sources yet still making huge profits from advertising.

You have no idea how plagued we were with pop up advertising for years and years until we managed to make instagram.
So that was a plan to allow people to use a method called product placement something done in Hollywood.

Prior to that we always had to fight off in your face advertising on this scientific platform we made for the benefit of the general public when they had TV and radio and that is where they were supposed to advertise.

Once instagram began to take off and following leads by Myspace and Facebook to get people involved in social networking and blogs which was another effort, this idea of following or subscribing and liking and sharing was working for advertisers who wanted to be involved where people had an audience.

Soon online things were outperforming TV ratings numbers.
The Hollywood stars and supermodels and popular people were gaining large followings and everyone had the opportunity to make something that might attract a passive form of advertising.

One that people could endure and one that people could make a bit of money on.
Prior to that google had banner ads that you would put at the top of your website and google kept track of the clicks on those ads and you made a bit of cash that way.
Unfortunately at that time the pop up ads were also registering clicks and so people made money the more they popped things up in your face.
So firefox after Netscape the alternative to Microsoft Browser which has always been full of advertising, made valiant efforts and now Brave browser has taken over for firefox which got infiltrated and died in a week after they refused to allow adblocker software in firefox destroying their original POV.

All in all however it has been possible for experienced users to have a pleasant experience but you always needed to know more than the general public to avoid problems.
But google with lots of money from advertising put money into google maps and street view and so many other things which benefited the people.
Microsoft although an evil empire always gave us things for free as well when it came to the operating system or whatever they could give us. Far more to tell on all these subjects but I think everyone really just wanted to make these systems work for the people and people like Bill Gates got very wealthy.
Amazon dot com they were selling books like a little shop and just kept growing over the years.
The fact that we were running out of content in film and books and music really did provide a need for these systems to allow people to make content.
And it seems to have worked.
The music of the rock and roll days of the 60's and 70's for many has never been equaled, but we still do get great songs once in a while.
From my first day in the BBS, I began to quote songs but without urls, I used search terms allowing people to find the song on their BBS which were available to upload and download even then before the Internet.
That sparked the need to make urls and I suppose why the idea was born.

Oasis - So don't look back in anger
https://www.youtube.com/watch?v=cmpRLQZkTb8

[Rick1234567S]

By quoting songs as head of the intellectual community where people could go for some answers that did draw existing music artists into the fight against oppression and freedom being waged by those who didn't want a free internet or free speech and saw us as too smart too dangerous to their control over the general public.

Many flame wars everywhere were science vs religion.
And then of course alien abductions and all these problems were everywhere in the 90's and so if I was to quote one song that made a difference in people's lives who often lived in fear of the unknown and religion being threatened and the world changing and then unable to keep up this song would be it since at the time very little good music seemed to coming out but some was there.
But this song helped people to maybe relax a bit and accept that the times were changing.

R.E.M.Losing my religion
https://www.youtube.com/watch?v=xwtdhWltSIg

[Rick1234567S]

Highlights or best moments? Well the pope and Maharishi Maheshi Yogi two large world religious leaders joined our movement for unity created by this new physics and the gathering of minds and the wall came down.
Mahareshi Mahesh Yogi released his own string theory which was pretty cool.

When we were fixing the economy in America and needed a diversion to keep the press from watching everything we were doing Bill Clinton sacrificed his honor and got a blowjob in the Whitehouse and took the heat.
What a hero. And the economy soared.

I can't really think of any other truly heroic moves by the larger than life people out there.
I am sure there are plenty of things they did to help even at their own expense that went unnoticed.

And the world improved daily. Bono was in insider at that time and people from Hollywood we had recruited and they all made moves to feed the hungry and Save the World and help the farmers and everyone did what they could.
Art Bell I have mentioned before who really helped people who were losing their religion.
He would come on with the Antichrist hotline and even pretend to be the Antichrist and his popularity soared as we programmed computers all night and truckers stayed awake listening.

Much of which probably fostered the alien abduction phenomena.
But he was fearless and so his bravery empowered the nation.
So kudos to Art for his work.

Computers kept getting better and people were getting a lot of help to make money in business and you can look at the stock market historical charts to see how that impacted them. Lasers were the thing in physics and everything used to have a clock in it now everything had a laser in it.
Free energy devices of course we were pushing hard for that and eventually got electric cars.
HHO Oxyhydrogen was pushed for by every guy who had a workshop in his garage.

And youtube was the place to go to watch innovation and innovative ideas and I will show you one from India...
I guess it is no longer there but do a search on free energy devices and find a lot of them.
Magnetic motors and all of that this guy in India had a magnetic motor working on a pendulum principal and was able to boil water and had a light bulb and all these things in a rural town that didn't have a lot of electricity.

So although most of the modern world was looking at them mostly as curiosity items people elsewhere were benefiting from them.
So a real victory for innovative ideas creativity and human interest stories anything to do with free energy devices.

The Hutchison effect with Tesla style science and Philadelphia experiment style science was very interesting when that came out.

Lots of weird science and it continues to this day.

[Rick1234567S]

You know why my favorite work was to design bodies because women came here to get nice bodies and we are trying to fix the place up for them before they came because we are captains of valor.

And a captain of valor is just and shmo without nice ladies to date.

So I have a main squeeze who I showed but I am not monogamous.
Two gorgeous babes are coming with us when we leave.
So prior to coming to earth I was apparently at university somewhere out there learning biology and design.
So although its difficult to say for sure that anything is true when you surf the wave function truth is a state of mind.

So I like to combine my studies of the wave function with my love for the ladies.
So my ladies are matrix aware it is the same paradigm as mine.
And so love and romance is what we do.

And as luck would have it one of my gorgeous babes is out there today looking fabulous and so I want to take this opportunity to thank the designer machines who have been here making bodies for the ladies that us captains enjoy.
And say hi to Samantha one of my favorite people on earth who is coming with us.

https://imginn.org/p/CaTj0Whr3I7/
And I have been hitting on real hard lately because we are part of a threesome with Alexis, and last time I teased her by saying Alexa
and she is repeating that instead of saying Alexis our third.
So I could say a lot about Sam, but she is a very intelligent girl who might be wealthy she sure looks it.
And of all the women I have dated here and lets say a lot I am leaving with the best of the best I think and Sam is one of those.

So a different kind of woman, a rare find who has a great personality and some kind of high intelligence and well truly a joy to be with.
And I tease Alexis that I am really hot for Sam and I am, you know so it will be fun to see how long it takes for her to get her game on seeing this. Since for sure Sam is sleeping over tonight.

Alexis is still going to university and Sam graduated last year.
So we have to sort of plan our dating so it doesn't interfere too much with school.

So those two go as is where we are going since they are close to 21 and my body is 21 there and well as immortals they obviously have their period but no one else will.
So they may opt to change bodies later.
I am always thankful I was born a man.
But I am sure being a woman has its benefits also although we don't seem to see those because they move so quickly between jobs and soccer practice delivery and school meetings and looking after the house. I think the world we improved is a much better place for women but then they didn't have to work in the old one they stayed home and did laundry and stuff all day.
And watched TV.
They can blame the women's rights movement for their endless work load now I suspect.
As a lousy unskilled anthropologist I don't even know if they would rather be a home maker or be out there as a secretary or manageress or any of the jobs they do.
Lets ask google, before we do remember how smart Sam is to remind me that Alexa is an AI and I am like I knew that.
Google are women happier now that they are not homemakers?
No they are not happier now.
Study says.

In fact we are seeing a decline in women's happiness. This is where guys say you made your bed now lay in it, and careful what you wish for, we told you so, and all the rest.
The good old days of family values and moms apple pie maybe there is more to the story than meets the eye.
Maybe it was the happy home, the simple life, the polite kids and meals at the dinner table and everyone was so clean you never went out of the house without combing your hair and looking sharp.
Unless you were a hillbilly.
Everyone went to church on Sunday.
And the ladies wore perfume and nice dresses and the kids all looked sharp as a tack.
And bread was 5 cents a loaf a car was 40 dollars and a house was 365 dollars and you could pay for it in a year.
Ah the good old days.

At the age of 37 she realized she would never ride a sports car through Paris with the warm wind in her hair.
She could clean the house for hours, and rearrange the flowers

I will let Mick Jaggers old girlfriend sing it...
The Ballad of Lucy Jordan - Marianne Faithful
https://www.youtube.com/watch?v=d0NxhFn0szc

[Rick1234567S]

You don't know what a captain of valor is???
Captain Amazing is the captain of the captains of valor.
You guys gotta man up. You put in a really poor show as the Shoveler and whatever those other guys were.
Captain Scarlet now there is a captain of valor gone bad I think.

Lets check in with Captain Scarlet.
Captain Scarlet had his own show.
Here is Captain Scarlet vs Captain Blue mano a mano
Take notes guys.
https://www.youtube.com/watch?v=eOHOWdHjBRw

[Rick1234567S]

Am I crazy or what?
Should I try to keep all the pokemon or leave a few for other captains?

https://imginn.org/p/CaOglMMrhXB/
https://www.instagram.com/p/CP2OV4nBmdV/

Shouldn't I leave a few? For worthy heroes.

I don't even know what she means by this.
https://imginn.org/p/CaQbZtSvvJL/

Shouldn't she be noticeably upset if I did drop her from my list?
Alli would be visibly upset and I would know that she was hurt if I said she couldn't come.
She is living her best life I guess. She graduated last year as well.
Some times a smoke is just a cigar maybe.
The wave function seems to have collapsed in that part of the country.

I think I should just be happy with what I have.
It is not just me, Alli will be there Sam and Alexis.
I would have to bring Lindsay as well.
I don't really feel bad about leaving them behind does that mean something?
Maybe our exit is scripted and life goes on.
I don't know how else to explain it.
I was there for Valentines and gave her the benefit of the doubt.
https://imginn.org/p/CZ3as_WriX3/
I thought she meant we should make up.

No reaction.
Maybe I had to choose so I chose Alli.
So there you go guys there are still some left.
Shine those shoes, get out the supercar, the yacht, and remember these girls are high maintenance.
But I guess they aren't for me.

One example of collapse of the wave function.

[Rick1234567S]

Want some hints?
What you want to do is superposition them in your supercar, or preferably your Maserati.
I think they are looking for a James Bond type or maybe an international playboy type.
Others need not apply.

Well I could always use time stretch earth on Thursday bridge night.
Yeah when there is enough wood to build a bridge over the river kwai.
Get in get out no one gets hurt, annnd save.

Oh right save first before hand.

We did a simulation with in the field two button ground hog day watch.
Why wait till you wake up, so you are going into the bar, so you press one of two buttons on your watch before you go in because there is this big angry goon in there and anything can happen.
One button saves the other restores you back to where you saved.
So if it goes bad inside you reset and you are back outside.

Ok here I go.
And sure enough he sees me as someone he wants to play tough with but I am going to just go past him and of course he moves back I bump him he spills his drink and he is going to punch me in the face I press the button pow he punches me in the face!
I press the other button and reset and pow he punches me in the face! I pressed the wrong button and did a save before he punched me in the face now I have been hit twice and am losing consciousness.

[Rick1234567S]

Ok so some here are saying who else could they be for?
Well lets look where the hunks are, and lets try and see who might measure up shall we?

So TC Candler best looking men in the world awards and lets browse that a bit and see.
Here is the link for you playing at home.

https://imginn.org/tccandler/

[Rick1234567S]

This took less than 5 minutes.

So for Marli
Surely this guy measures up.
https://imginn.org/p/CZ-2rdBLkfW/

And for Lindsay
https://imginn.org/p/CWOSwQ-LbjR/
What more could she ask for? She wants to be a racing car driver.

I think this machine here this match making machine is fixed.