I am Ram. I believe in few of Nietzche's ideals and I believe man (no implied gender here) must surpass mankind to do good to mankind.
I am a college dropout, just have a formal high school education(completed a master's degree in Commerce through distance education) and by each passing day, I found my education wanting.
I amn't sure whether I belong at this level (To be blatantly honest, going by other's academic qualifications, I seem woefully short) but that increases my hunger to improve more.
I am interested in political science, cognitive and social psychology, economics, philosophy, artificial intelligence and computers.
And as Rosseau put it in his Discourse on Inequality, the more the technology advances in developed nations, the more number of people are going to be hit further in other nations unless education is made free and compulsory via a global curriculum.
And regarding Kasturirangan's comment on borganisms (I believe creating cyborgs in itself would take another 3-4 decades since our best machines haven't crossed Turing's test on a consistent basis), I am sure in a space of 3 - 4 decades a lot of men would be fighting against machines for their livelihood and its a grave scenario.
My long term goals include
- creating a research framework
- running massive simulations
- help people take active part in government
- creating artificial knowledge engines
- earning some money
I have thought over a simulation on agriculture which we would hopefully discuss in the future.
My short-term goals for this year
- understanding this course
- learning calculus
- Get more proficient in statistics and probability
My tool-set comprises of (I haven't got proficient in any of these tools)
- Python (with its whole lot of scientific libraries)
- R
- Erlang (for distributed computing)
- Haskell (for functional programming)
- Scilab (for mathematics)
Thursday, March 1, 2012 11:59:14 PM UTC+5:30, Rajesh Kasturirangan wrote:
Hi Sudhir (and others),
Thanks for the intro. Some more from the rest please.
One thing that interests me quite a bit is the intersection of synthetic biology and computer science. Given how 3D printing is coming along, I wonder if we can imagine a world where we can print out an organism. In other words, go on your laptop, design what you want the cell to do, press enter and out comes a living cell of your specifications.
I know this sounds outlandish and even a bit creepy and seemingly unrelated to model thinking, but it might be fun to do a 20 step ladder of models starting with molecules and ending with the working cell. Probably falls within both the naive and the ambitious categories, but we will soon be in the age of borganisms (not a typo, cyborg + organism = borganism) and might as well start imagining it now.....
Rajesh
On Thursday, March 1, 2012, Sudhir P <sudhirp...@gmail.com> wrote:
> Hi,
> I'm Sudhir Palliyil. I was a researcher in neuroscience until recently (at National Centre for Biological Sciences - NCBS,Bangalore). Now, founding a startup concentrating on automating some routine jobs that need to be done in bio labs.
> One of the many things i do in my free time, is to help some teacher-friends, concentrating on making a class interactive using the socratic method of teaching. And that was one of the reasons i was interested in modeling stuff on education, once the theme cropped up.
> And as a semi-biologist, i have been always fascinated by how all the myriad details of constructing an organism, is compressed into the genetic code. Where all of life comes out as 'emergent' behaviour of the system. I'm neither naive nor ambitious enough to embark on modeling such a complex thing. But, am curious nonetheless, at least to understand others' models about bits and pieces of it.
> -sud
--
Rajesh Kasturirangan
www.regularities.org
On Thursday, March 1, 2012 11:59:14 PM UTC+5:30, Rajesh Kasturirangan wrote:
Hi Sudhir (and others),
Thanks for the intro. Some more from the rest please.
One thing that interests me quite a bit is the intersection of synthetic biology and computer science. Given how 3D printing is coming along, I wonder if we can imagine a world where we can print out an organism. In other words, go on your laptop, design what you want the cell to do, press enter and out comes a living cell of your specifications.
I know this sounds outlandish and even a bit creepy and seemingly unrelated to model thinking, but it might be fun to do a 20 step ladder of models starting with molecules and ending with the working cell. Probably falls within both the naive and the ambitious categories, but we will soon be in the age of borganisms (not a typo, cyborg + organism = borganism) and might as well start imagining it now.....
Rajesh
On Thursday, March 1, 2012, Sudhir P <sudhirp...@gmail.com> wrote:
> Hi,
> I'm Sudhir Palliyil. I was a researcher in neuroscience until recently (at National Centre for Biological Sciences - NCBS,Bangalore). Now, founding a startup concentrating on automating some routine jobs that need to be done in bio labs.
> One of the many things i do in my free time, is to help some teacher-friends, concentrating on making a class interactive using the socratic method of teaching. And that was one of the reasons i was interested in modeling stuff on education, once the theme cropped up.
> And as a semi-biologist, i have been always fascinated by how all the myriad details of constructing an organism, is compressed into the genetic code. Where all of life comes out as 'emergent' behaviour of the system. I'm neither naive nor ambitious enough to embark on modeling such a complex thing. But, am curious nonetheless, at least to understand others' models about bits and pieces of it.
> -sud
--
Rajesh Kasturirangan
www.regularities.org
On Thursday, March 1, 2012 11:59:14 PM UTC+5:30, Rajesh Kasturirangan wrote:
Hi Sudhir (and others),
Thanks for the intro. Some more from the rest please.
One thing that interests me quite a bit is the intersection of synthetic biology and computer science. Given how 3D printing is coming along, I wonder if we can imagine a world where we can print out an organism. In other words, go on your laptop, design what you want the cell to do, press enter and out comes a living cell of your specifications.
I know this sounds outlandish and even a bit creepy and seemingly unrelated to model thinking, but it might be fun to do a 20 step ladder of models starting with molecules and ending with the working cell. Probably falls within both the naive and the ambitious categories, but we will soon be in the age of borganisms (not a typo, cyborg + organism = borganism) and might as well start imagining it now.....
Rajesh
On Thursday, March 1, 2012, Sudhir P <sudhirp...@gmail.com> wrote:
> Hi,
> I'm Sudhir Palliyil. I was a researcher in neuroscience until recently (at National Centre for Biological Sciences - NCBS,Bangalore). Now, founding a startup concentrating on automating some routine jobs that need to be done in bio labs.
> One of the many things i do in my free time, is to help some teacher-friends, concentrating on making a class interactive using the socratic method of teaching. And that was one of the reasons i was interested in modeling stuff on education, once the theme cropped up.
> And as a semi-biologist, i have been always fascinated by how all the myriad details of constructing an organism, is compressed into the genetic code. Where all of life comes out as 'emergent' behaviour of the system. I'm neither naive nor ambitious enough to embark on modeling such a complex thing. But, am curious nonetheless, at least to understand others' models about bits and pieces of it.
> -sud
--
Rajesh Kasturirangan
www.regularities.org
On Thursday, March 1, 2012 11:59:14 PM UTC+5:30, Rajesh Kasturirangan wrote:
Hi Sudhir (and others),
Thanks for the intro. Some more from the rest please.
One thing that interests me quite a bit is the intersection of synthetic biology and computer science. Given how 3D printing is coming along, I wonder if we can imagine a world where we can print out an organism. In other words, go on your laptop, design what you want the cell to do, press enter and out comes a living cell of your specifications.
I know this sounds outlandish and even a bit creepy and seemingly unrelated to model thinking, but it might be fun to do a 20 step ladder of models starting with molecules and ending with the working cell. Probably falls within both the naive and the ambitious categories, but we will soon be in the age of borganisms (not a typo, cyborg + organism = borganism) and might as well start imagining it now.....
Rajesh
On Thursday, March 1, 2012, Sudhir P <sudhirp...@gmail.com> wrote:
> Hi,
> I'm Sudhir Palliyil. I was a researcher in neuroscience until recently (at National Centre for Biological Sciences - NCBS,Bangalore). Now, founding a startup concentrating on automating some routine jobs that need to be done in bio labs.
> One of the many things i do in my free time, is to help some teacher-friends, concentrating on making a class interactive using the socratic method of teaching. And that was one of the reasons i was interested in modeling stuff on education, once the theme cropped up.
> And as a semi-biologist, i have been always fascinated by how all the myriad details of constructing an organism, is compressed into the genetic code. Where all of life comes out as 'emergent' behaviour of the system. I'm neither naive nor ambitious enough to embark on modeling such a complex thing. But, am curious nonetheless, at least to understand others' models about bits and pieces of it.
> -sud
--
Rajesh Kasturirangan
www.regularities.org
On Thursday, March 1, 2012 11:59:14 PM UTC+5:30, Rajesh Kasturirangan wrote:
Hi Sudhir (and others),
Thanks for the intro. Some more from the rest please.
One thing that interests me quite a bit is the intersection of synthetic biology and computer science. Given how 3D printing is coming along, I wonder if we can imagine a world where we can print out an organism. In other words, go on your laptop, design what you want the cell to do, press enter and out comes a living cell of your specifications.
I know this sounds outlandish and even a bit creepy and seemingly unrelated to model thinking, but it might be fun to do a 20 step ladder of models starting with molecules and ending with the working cell. Probably falls within both the naive and the ambitious categories, but we will soon be in the age of borganisms (not a typo, cyborg + organism = borganism) and might as well start imagining it now.....
Rajesh
On Thursday, March 1, 2012, Sudhir P <sudhirp...@gmail.com> wrote:
> Hi,
> I'm Sudhir Palliyil. I was a researcher in neuroscience until recently (at National Centre for Biological Sciences - NCBS,Bangalore). Now, founding a startup concentrating on automating some routine jobs that need to be done in bio labs.
> One of the many things i do in my free time, is to help some teacher-friends, concentrating on making a class interactive using the socratic method of teaching. And that was one of the reasons i was interested in modeling stuff on education, once the theme cropped up.
> And as a semi-biologist, i have been always fascinated by how all the myriad details of constructing an organism, is compressed into the genetic code. Where all of life comes out as 'emergent' behaviour of the system. I'm neither naive nor ambitious enough to embark on modeling such a complex thing. But, am curious nonetheless, at least to understand others' models about bits and pieces of it.
> -sud
--
Rajesh Kasturirangan
www.regularities.org
On Thursday, March 1, 2012 11:59:14 PM UTC+5:30, Rajesh Kasturirangan wrote:
Hi Sudhir (and others),
Thanks for the intro. Some more from the rest please.
One thing that interests me quite a bit is the intersection of synthetic biology and computer science. Given how 3D printing is coming along, I wonder if we can imagine a world where we can print out an organism. In other words, go on your laptop, design what you want the cell to do, press enter and out comes a living cell of your specifications.
I know this sounds outlandish and even a bit creepy and seemingly unrelated to model thinking, but it might be fun to do a 20 step ladder of models starting with molecules and ending with the working cell. Probably falls within both the naive and the ambitious categories, but we will soon be in the age of borganisms (not a typo, cyborg + organism = borganism) and might as well start imagining it now.....
Rajesh
On Thursday, March 1, 2012, Sudhir P <sudhirp...@gmail.com> wrote:
> Hi,
> I'm Sudhir Palliyil. I was a researcher in neuroscience until recently (at National Centre for Biological Sciences - NCBS,Bangalore). Now, founding a startup concentrating on automating some routine jobs that need to be done in bio labs.
> One of the many things i do in my free time, is to help some teacher-friends, concentrating on making a class interactive using the socratic method of teaching. And that was one of the reasons i was interested in modeling stuff on education, once the theme cropped up.
> And as a semi-biologist, i have been always fascinated by how all the myriad details of constructing an organism, is compressed into the genetic code. Where all of life comes out as 'emergent' behaviour of the system. I'm neither naive nor ambitious enough to embark on modeling such a complex thing. But, am curious nonetheless, at least to understand others' models about bits and pieces of it.
> -sud
--
Rajesh Kasturirangan
www.regularities.org