Group members

Rajni Bala, rajni.bala2468 AT gmail.com, Postdoctoral fellow

Ph.D., IIT Delhi, 2024

M. Sc., Physics, Government Mohindra College, Patiala, 2015

B. Sc., Physics, Maths, Comp. Sc., Government Mohindra College, Patiala, 2013

Research: My work focuses on utilizing the complexity of paths in large quantum networks for efficient entanglement distribution. Specifically, I am investigating families of statistically defined quantum networks that can optimally leverage multi-path entanglement purification strategies.

Sohel Mondal, mondalsohelmd AT gmail.com

Ph.D., IIT Bombay, (ongoing)

M. Sc., Physics, NIT Durgapur 2022.

B. Sc., Midnapore College (Autonomous) 2020.

Research: I am working on the structure of large scale quantum networks where I study the entanglement topography for various distribution protocols. I am also investigating the effectiveness of multi-path entanglement routing for different network topologies.

Shashank Shekhar,  shashankshekhar01234 AT gmail.com

M.Sc., IIT Bombay, 2022 - 2024 (ongoing)                                                               B.Sc., Banaras Hindu University, 2022.

Research:  I have been working on understanding the behaviour and applications of performing quantum walks on a quantum network where the evolution dynamics of the walker depends on the state of the network.

Jigyen Bhavsar, jigyenbhavsar2002 AT gmail.com

M.Sc. IIT Bombay, 2022-2024 (ongoing)                                                                   B.Sc., Mohanlal Sukhadia University, Udaipur, 2022.

Research: I am currently working on analysing the entanglement distribution in quantum networks by performing quantum walks on quantum networks. Using walker dynamics which creates entanglement between walker and network can be used to exploit the further applications of quantum networks in quantum communication and computation.

Ashish Patel, ashishp.nuku AT gmail.com

B. Tech (Eng. Physics), IIT Bombay, 2020-2024 (ongoing)

Research: I am working on a study that aims to find a correlation between the level spacing statistics of the entanglement spectrum and the quantum complexity of a computational problem.

Zambare Aniket Suhas,  aniket.zambare AT iitb.ac.in

B.tech. Engineering physics IIT Bombay, 2021-2025 (Ongoing)

Research: I am interested in the role of entanglement in quantum technologies. Specifically, I have been working on swapped entanglement in the context of quantum communications and correlation of entanglement spectrum statistics with quantum complexity.