"Look, I've got experience with lots of different memory systems and I
can
safely say, even though I only managed to get lesson 15 that, GMS is
the
best and most flexible memory system out of all of the ones that I
have
tried. I don't care what you believe or don't believe as I'm not here
trying
to persuade any of you of anything. I was actually using DnB and a
member of
this mailing list before ever hearing of GMS, so to say this is a
marketing
campaign is moronic."
Since you are not marketing GMS, I'm sure you won't mind my
disagreement about it. GMS may be the best "memory palace system", but
that doesn't mean that these types of memory systems are the best way
to learn material. For one, the associative technique that GMS uses is
different from the associative technique described in the paper.
I've read through the GMS program, and when I was a freshman at
university I thought it would be extremely helpful to use it. However,
as I got in higher-level courses I discovered how to memorize things
differently using a method that helped enormously.
That technique?
Understanding the material. Once you understand an idea, especially
how each component is related to each other and to other similar
ideas, you can build a *conceptual* framework that lends itself to
quick access and *strong memories*.
For instance, consider memorizing an equation. There are several ways
that you can memorize it. GMS recommends assigning a symbol to each
variable, then memorizing how the symbols are linked (mind you, these
symbols have NOTHING to do with the formula), and then recalling it
when necessary.
But this is a waste of time--why not learn how to derive the formula?
Discover how each variable in the formula affects the others, why it's
there, whether it's a constant or whether it varies, etc. When you do
this, you understand WHY the formula is what it is, and how it can be
used and how it CAN'T be used.
These kinds of memories are extremely strong, and when you're stuck on
an exam or under pressure to use this equation, you won't be trying to
imagine random symbols of chairs, sculptures, toilets, hammers, and
other useless things, you'll be thinking about the formula itself.
Real associative learning of this type applies to ANYTHING, even facts
that are "just facts." You can think of birthdates in terms of other
things that were going on, who else was born around that time, etc.
Ken Jennings says that people on Jeopardy have a love of learning, and
do *not* use memory systems, except very rarely. I've tried GMS and it
works. But I'm telling you, you can save yourself a LOT of money and
improve your understanding of the material, if you DON'T bother with
it.
On Apr 14, 8:26 am, Karl Smith <
defc...@gmail.com> wrote:
> Look, I've got experience with lots of different memory systems and I can
> safely say, even though I only managed to get lesson 15 that, GMS is the
> best and most flexible memory system out of all of the ones that I have
> tried. I don't care what you believe or don't believe as I'm not here trying
> to persuade any of you of anything. I was actually using DnB and a member of
> this mailing list before ever hearing of GMS, so to say this is a marketing
> campaign is moronic.
>
> All the reasons people give for not trying GMS have nothing to do with the
> actual system or potential issues with it. They're all petty little
> assumptions:
>
> - Very insular and insecure - constantly attacking other systems and
> competitors (Dominic/Major/Buzan) -- That's because it is the best by FAR!
> - significant downplay of 'emotional memory' -- haha "emotional memory"
> WTF!
> - costly, at least $350 for 60 lesson course -- It must have taken months
> to put this together and it will literally change your life!
> - emphasis on memorizing large amounts of non-numeric data -- So what!
> Most data you will ever memorise wont be numerical!
> - sketchy affiliate system that essentially pays for links on websites,
> resulting in a large number of fake "rave reviews" on Google -- He wants to
> make money, like we all do!
> - support forum has a large number of high school / college students
> NTTAWWT -- And!?!?
> - LONG learning curve, instructors berate students for attempting to
> actually use system in "real world" prior to completing lesson 24 (of 60) --
> yes, it's extremely difficult, if you want a crappy easy system, use Buzans!
> - seems to be re-inventing itself as the "best system to learn foreign
> language quickly", due to non-numeric emphasis -- And what!?!?!
>
> As, with GSM, by lesson 23...
>
> 1. You will be able to remember the full information volume below.
> 2. You will be able to remember all the data in direct and reverse order.
> 3. You will be able to answer any question on any piece of information
> contained in the table as well as call it by its ordinal number (without a
> hint).
>
> *Scroll down to the bottom to see all the information you'll be able to
> memorize.*
> *LESSON TIMETABLE*
>
> *1.1.1.* Monday - mathematics, history, drawing, physical exercises and
> literature
>
> *1.1.2.* Tuesday - English, geometry, history, mathematics and music
> *HISTORICAL DATES*
>
> *1.1.3.* Year 1398 - Timur invaded India and occupied Deli
>
> *1.1.4.* Year 1703 - foundation of St. Petersburg
>
> *1.1.5.* Year 1787 - adoption of US constitution
> *1.2.1.*
> Year 1806 - Rein Union - Union of 36 Germanic states under the protectorate
> of Napoleon I
>
> *DATES OF EVENT BEGINNING/END*
>
> *1.2.2.* 1377 - 1399 - Reign of Richard II in England
>
> *1.2.3.* 1650 - 1702 - Life span of English king William III of Orange
>
> *1.2.4.* 1762 - 1796 - Reign of Catherine II
> *PRECISE DATES*
>
> *1.2.5.* 1396, 25 September - Battle of Nicopolis
>
> *1.3.1.* 1346, 26 August - Battle of Crecy
>
> *1.3.2.* 1389, 15 June - Battle of Kosovo
>
> *1.3.3.* 1492, 12 October - Columbus discovers America
> *FACES, SURNAMES, NAMES AND MIDDLE NAMES*
>
> *1.3.4.* Distinctive feature "Earring". Louisa May Alcott
>
> *1.3.5.* Distinctive feature "Hair". Holly Marie Combs
>
> *1.4.1.* Distinctive feature "Beard". Brian Michael Cox
>
> *1.4.2.* Distinctive feature "Cap". George Washington Carver
>
> *1.4.3.* Distinctive feature "Shoulders". Nancy Jessica Parker
>
> *1.4.4.* Distinctive feature "Bangs". Pamela Sue Martin
>
> *1.4.5.* Distinctive feature "Tie". Steven Curtis Chapman
>
> *1.5.1.* Distinctive feature "Ear". Francis Ford Coppola
> *PHONE NUMBERS*
>
> *1.5.2.* "Ward" cinema - 339-26-00
>
> *1.5.3.* "Ankar" cinema - 123-77-58
>
> *1.5.4.* "Paradise" cinema - 309-54-35
>
> *1.5.5.* "Beach" cinema - 677-90-83
> *ADDRESSES*
>
> *2.1.1.* Dental clinic 56, Chromova Street, 9/2
>
> *2.1.2.* "Vasenar" company, lighter service and refilling, Warsaw highway,
> 78
> *AUTOMOBILE NUMBERS*
>
> *2.1.3.* Richard Lee Bell, "l 232 pr"
>
> *2.1.4.* Random car. Distinctive feature - "Dice on the front window",
> number - "c612lw".
> *BIRTHDAYS*
>
> *2.1.5.* SEPTEMBER: 15 - Kristine, 28 - Peter
>
> *2.2.1.* JULY: 11 - Tom, 17 - Jordan
> *2.2.2.*
> MARCH: 3 - Maria, 13 - Brandon Lee, 17 - Spears, 19 - "Crystal" (nickname),
> 21 - James Stone, 24 - Bruce
>
> *ANECDOTES*
> *2.2.3.*
> About a stingy Scotchman.
> Phone conversation with Australia.
> How to teach a sister to swim?
> Two dancing hippos.
> A secretary being late.
>
> *2.2.4.*
> ..first he created Heaven and Earth...
> ...I spill more...
> "Polite" chemist
> Angel in boots
> "Happy New Year" on 30 May
>
> *GEOGRAPHICAL NAMES*
> *2.2.5.*
> Rivers of South America: Amazon, Madeira, Atrato, Tocantins, Magdalena, Rio
> Negro, Parana, Uruguay, Orinoco, and Sao Francisco.
>
> *TERMS AN THEIR INTERPRETATION*
> *2.3.1.*
> ECLIPTIC is the apparent path of the Sun during a year as seen from Earth
> or a plane of Earth rotation around the Sun.
>
> *2.3.2.*
> CEPHEID is a type of pulsating star that regularly changes its brilliance
> in a matter of several days.
>
> *2.3.3.* PULSAR is a neutron star that radiates a fast sequence of radio
> waves.
> *2.3.4.*
> PROTUBERANCE is a stream of hot gas, similar to a flame, coming out from
> the Sun's surface.
>
> *2.3.5.* PARSEC is a unit of length used in astronomy; equal to 3.2616
> light years.
> *2.4.1.*
> THE KUIPER BELT is the area of the solar system extending from the orbit of
> Neptune where larger masses of icy bodies are capable of becoming comets.
>
> *2.4.2.* QUASAR is an outstandingly powerful shining remote galaxy that
> looks like a star.
> *2.4.3.*
> DWARF STAR is an old compressed star that has run out of fuel in its
> central area and is gradually dying.
>
> *2.4.4.*
> ACCRETION DISC is a disc formed from the substance accumulated around a
> rotating star.
>
> *2.4.5.*
> LIGHT YEAR is the distance that a ray of light covers in one year and is
> equal 9 460 000 000 000 kilometres (9460 billion kilometres).
>
> *COMPLICATED SIGNS*
>
> *2.5.1.* [image: KU] KU [image: HI] HI [image: U] U [image: I] I
>
> *2.5.2.* [image: SE] SE [image: TO] TO [image: TA] TA [image: MI] MI
> *FOREIGN WORDS*
> *2.5.3.*
> AKAI - book
> NIWA - garden
> AKI - autumn
> MIRU - look
> OKURU - send
> KUBI - neck
>
> *2.5.4.*
> HITO - person
> UTAU - sing
> ITAI - hurts
> SEITO - pupil
> IKU - walk
> MISE - shop
>
> *CONSTANT VALUES*
>
> *3.1.1.* Elementary charge: e = 1.60 пїЅ 10 (-19) C (coulomb)
>
> *3.1.2.* Mass of an electron: m (e) = 9.11 пїЅ 10 (-31) kg
>
> *3.1.3.* Gas mole constant value: R = 8.31 J / K x mol
> *CODES AND PASSWORDS*
>
> *3.1.4.* 4 84 2 0 7848 477 0 3 22 194 7848 292 0 21758 12 987
>
> *3.1.5.* Safe code - 555503005
> *FORMULAS*
>
> *3.2.1.* The formula for the area of an isosceles triangle:
>
> *S* = [image: FORMULAS]
>
> *3.2.2.* Area formulas for a random triangle:
>
> *S* = [image: FORMULAS] ; *S* = [image: FORMULAS] ;
> *S* = [image:
> FORMULAS]
>
> *S* = [image: FORMULAS] ; *p* = [image: FORMULAS]
>
> *S* = [image: FORMULAS]
>
> *QUESTIONS AND ANSWERS*
> *3.2.3.*
> What is the name of a long nerve cell branch?
> Axon.
>
> *3.2.4.*
> What is the membrane potential of a nerve cell?
> 70 millivolts.
>
> *3.2.5.* What is a nerve cell axon branching phenomenon?
> *DIVERGENCE*
> *3.3.1.*
> What types of nerve cells are in eye retina?
> Amacrine, bipolar, ganglion, horizontal, conus and bacillus.
>
> *3.3.2.*
> What is the atomic mass, the number and the atom scheme of Al (Aluminium)?
> The number in the Mendeleyev table is 13, atomic mass equals 27, and the
> atom scheme is +13 --- 2-8-3 (number of electrons on the orbitals).
>
> *3.3.3.*
> What are the ordinal number and the atomic mass of silver (Ag)?
> 47 and 107.868.
>
> *3.3.4.*
> What is the ordinal number, the atomic mass and the atomic construction of
> Chrome (Cr)?
> 24; 52 (+24 --- 2-8-13-1).
>
> *FAMOUS PEOPLE'S LIFESPAN*
> *3.3.5.*
> Chaplin (1889 - 1977)
> Galileo (1564 - 1642)
> Newton (1643 - 1727)
>
> >
http://members.optusnet.com.au/~charles57/Creative/Memory/dom_numbers...
> >
http://www.minezone.org/wiki/MVance/DominicSystem
>
> > ""this is a most interesting site. The journey method video works for
> > 52
> > places--what software is this? would it be possible to create a room
> > like that with 100 objects to stick data on with this site or some
> > program???? ""
>
> > You could create your own world using game editors or playing the
> > Sims, but
>
> ...
>
> read more »