I recently attended a KVPY camp at IISc Bangalore from 26th-28th November. I wont describe what the talks contained here. Though the talks were pretty elementary for the undergraduate level, they exposed me to areas of science though I was aware of, I knew very little about. Here are some of the talks I liked:
1. ¨How to hit HIV where it hurts?¨ By Dr. Arup Chakraborty
This talk gave me an entirely new insight into the ongoing efforts to find a vaccine for HIV. Some of the things that caught my attention were use of Random Matrix Theory, statistical physics in finding the immunologically vulnerable regions of the HIV proteome.
2.¨Climate: past, present and future"by Prof. J Srinivasan
The interesting thing: mathematical modelling in meterology. How it has helped to understand the past, and is helping to ¨predict(???)¨ the future.
3.¨Negative results are often more interesting¨ by Prof Ramanan
Lecture included things that I knew, but renewed interest is some of the areas the lecture talked about (group theory, galois theory, etc..)
4. ¨On the computational complexity of mathematical functions.¨ by prof jean-pierre demailly
Talk was presented in quite an interesting way. The talk contained high level of technical detail unlike others.I found his ppt on the web. Here is the link
www-fourier.ujf-grenoble.fr/~demailly/manuscripts/kvpy-print.pdf
1. ¨How to hit HIV where it hurts?¨ By Dr. Arup Chakraborty
This talk gave me an entirely new insight into the ongoing efforts to find a vaccine for HIV. Some of the things that caught my attention were use of Random Matrix Theory, statistical physics in finding the immunologically vulnerable regions of the HIV proteome.
2.¨Climate: past, present and future"by Prof. J Srinivasan
The interesting thing: mathematical modelling in meterology. How it has helped to understand the past, and is helping to ¨predict(???)¨ the future.
3.¨Negative results are often more interesting¨ by Prof Ramanan
Lecture included things that I knew, but renewed interest is some of the areas the lecture talked about (group theory, galois theory, etc..)
4. ¨On the computational complexity of mathematical functions.¨ by prof jean-pierre demailly
Talk was presented in quite an interesting way. The talk contained high level of technical detail unlike others.I found his ppt on the web. Here is the link
www-fourier.ujf-grenoble.fr/~demailly/manuscripts/kvpy-print.pdf