Title. Touch the Sky With Glory:
The Nation’s Air Power – The Weapon Systems of the IAF, its contemporary technology and our capability to secure the Nation
Speaker.: Air Marshal Simhakutty Varthaman PVSM AVSM VM VSM (Rted)
Title. The work of three World War Two cartoonists
Speaker. Mr. E.P. Unny, Chief Political Cartoonist, The Indian Express.
Speaker. Mr Nakul Bhalla
About the speaker. Mr Nakul Bhalla is a graduate in mechanical engineering from the Manipal Institute of Technology. He worked as a central planning engineer at Larsen and Toubro limited and then as a research assistant at IISc Bangalore. Starting a new chapter of his life, he joined the Dramanon Theatre Company as a creative partner and then later went on to start his own theatre company, The SparkPlug Theatre Company which is more than three and a half years old now.
Mon24Apr20175:30 pmConference Room
Crosstalk 6. Electronic Warfare during World War IISpeaker. Dr. Swaroop SahooTitle. Electronic Warfare during World War IIAbstract. During World War II various countries attained varied level of technological expertise. The technological expertise or readiness covered various fields of science and technology. Some of the fields with lot of research activities, inventions, design and experiments were electronic warfare and navigational technology.This talk will give an introduction to various electronic warfare techniques, related hardware inventions and uses. It will also provide an insight into the war doctrines of countries and resultant uses of electronic warfare of 1935-45. This talk will also introduce the basic details of the navigational technology used by guided bombers (for bombing and landing) and first missiles (V1 and V2) of World War 2 years.
Tue14Feb20175:30 pmConference Room
Crosstalk 1. Surmounting barriers cooperatively
Speaker. Prof. K. L. Sebastian.
Title. Surmounting barriers cooperatively
Abstract. Many a times, long chain biological molecules have to pass through nano-sized pores. Entering a pore is a constraint, which results in a decrease of entropy or in other words, increase in free energy. Thus, the molecule has to cross a free energy barrier in space. Because of these biological examples, passage of long chain molecules have been studied in vitro too. Motivated by this we consider the process of passage of a long chain molecule over a free energy barrier. Interestingly, the simplest model for the process would be a chain of drunken walkers, climbing over a hill. One can find analytical solutions for simplest possible model for such systems, known as the Rouse model. Within this model, we find that calculating the activation energy for the process is (mathematically) equivalent to calculting the exponent in a quantum mechanical tunneling problem. Using this, it is easy to see that for a long enough molecule, the activation energy has to be independent of the length of the molecule. Further, a long enough molecule will cross the barrier with a steady velocity which is determined by the “steadily moving kink” like solutions of the associated non-linear equation. As a result, the time that it takes for the molecule to cross over the barrier is proportional to its length. The relevance of the results to biology will be quickly outlined.
If time permits, and if there is sufficient interest, my experiences in publishing the results too will be outlined, and it will be stressed how useful I found the arXiv.org to be.
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