DEPTH

Statistical methods

We will be looking into various statistical methods like PCA ,Linear Regression, etc. that can be implemented using quantum algorithms and try out their implementation. (Quantum finance).

ROHIT CHAURASIYA

  

Quantum Random no.

Study of basics of Quantum Information and computation will be done initially. Followed by study of quantum random number generator and it's applications in various disciplines such as quantum communication. Techniques of physical implementation will also be taken in consideration. (Quantum Information and communication )

Akhil Gupta and Rohan

  

Electrodynamics/a>

In this project we analyse the more general Lagranging of electrodynamics which was introduced to remove ultraviolet divergence, and try to solve some problems in the field of string theory. (String theory, Electrodynamics)

Nilesh Pandey

  

Curved space time

In this project we try to build and learn formalism behind the qft in curved spacetime and try to analyse various unusual phenomenon which are only present when one considers the theory of Quantum fields coupled with Gravity. (Quantum field theory, General Relativity)

Nilesh Pandey

  

General Relativity

"To work on real problems in research internships etc. , it is good to have an understanding of the advanced topics that are being actively pursued but even more important is to develop a solid foundation of the fundamentals rigorously. Our aim is to learn General Relativity rigorously ( along with relevant portions of Differential Geometry) so that the literature on advanced topics can be tackled and one can become competent enough to actually work on real problems on his own or under supervision. Once the foundation is built, we will learn one or more of the following topics- Mathematics of Black Holes Cosmology Gravitational waves And maybe Methods for solving Einstein equation and casual structure" ( General relativity)

Malay Garg

  

Stringy BH spacetime

This is like an elaborate exercise. Where we would learn a bit of classical mechanics , in detail about Schwarzchild spacetime, calculations of geodesics , geodesic deviation etc (General relativity)

Malay Garg

  

Stellar evolution

We will be analysing data from telescopes pertaining to different regimes to study the evolution of stars, mainly their nucleosynthesis and the different categories they are classified into based upon their variable properties. (Theoretical astrophysics)

T.S.Sachin Venkatesh

  

NEOs

I wish we could analyse NEO from the matrix but we have to suffice with Near Earth Objects. We will be determining the rotation rates of asteroids, cataloguing NEOs, and predict their trajectories. (Heavy coding and Soft Dev involved) (Observational astronomy/Data analysis)

T.S.Sachin Venkatesh

  

Magnetic Transition

Phase transitions are of fundamental importance in the field of statistical mechanics and condensed matter physics. In condensed matter physics,different models have been developed to study the microscopic nature of magnetism like the Ginzburg Landau model,Heisenberg model and many more.Through this project we will try to investigate these models and learn about the various aspects of physics that it involves.These models will allow us to move to current research interests like the quantum hall effect and to inspect the properties exhibited by magnetic meta-materials. (Condensed Matter Physics)

Shikhar Dash

  

Gravitational waves

Would involve analysing GW data, confirmed ones and also analysing potential merger candidates and determining why they left out on being confirmed as an event. (Astrophysics)

Shobhit Ranjan