| Camp I |
August 17 (Tuesday) 17:15 - 18:30 |
Group |
| Jainendra Jain |
Emergence: Why more is different |
A |
| Paul Matsudaira |
Microscopy and biological discoveries |
B |
| D. Balasubramanian |
Genes and genetics |
C |
| Martyn Poliakoff |
From test tube to YouTube |
D |
| R. Chidambaram |
Fuzzy borders at the frontiers in science and technology |
E |
| Camp II |
August 18 (Wednesday) 08:30 - 09:45 |
Group |
| Paul Matsudaira |
Digestion, intestine, question |
A |
| M. Kobayashi |
Experiences of my research life |
B |
| C. N. R. Rao |
Nanoworld |
C |
| Jainendra Jain |
How physical principles are established |
D |
| Yi Rao |
How a young man created a science single-handedly |
E |
| Camp III |
August 19 (Thursday) 08:30 - 09:45 |
Group |
| Satyajit Mayor |
How did complex cellular systems evolve? |
A |
| T. V. Ramakrishnan |
High temperature superconductivity in the cuprates |
B |
| M. Kobayashi |
Experiences of my research life |
C |
| R. Chidambaram |
Fuzzy borders at the frontiers in science and technology |
D |
| Richard Ernst |
The fascination and benefits of magnetic resonance in chemistry, biology, and medicine |
E |
| Camp IV |
August 19 (Thursday) 16:15 - 17:30 |
Group |
| Martyn Poliakoff |
Choosing a Mentor - what to do in science |
A |
| Richard Ernst |
Central Asian painting art: Its beauty, its spiritual content, and the analysis of pigments by Raman spectroscopy |
B |
| Yi Rao |
The future of genetics |
C |
| Satyajit Mayor |
Peering at the nanoscale architecture of cells |
D |
| T. V. Ramakrishnan |
High temperature superconductivity in the cuprates |
E |
