People

Principal Investigator: Bahadur SINGH (बहादुर सिंह)

• Reader (Assistant Professor), DCMPMS, TIFR Mumbai (2020/07 - Present)

• Postdoctoral Research Fellow, NUS-SZU International Collaborative Center Shenzhen (2018/01 - 2019/12)

• Postdoctoral Research Fellow, CA2DM, NUS Singapore (2015/10 - 2017/12)

• Ph.D. IIT Kanpur (2009/12-2015/05)

Office: A167, DCMPMS, TIFR Mumbai 400005

Lab:    AB95, DCMPMS, TIFR Mumbai 400005

Phone: +91-22-2278-2437

Email: bahadur.singh@tifr.res.in

bahadursingh24@gmail.com

Important resources: Google Scholar, Research Gate, ORCiD, arXiv

Amrita Mukherjee

Ph.D.: University of Kalyani West Bengal

Amrita joined our group in December 2022. She is working on the analytical design of the topological flat bands and associated nontrivial properties in decorated lattices. 

Email:  amritaphy92@gmail.com

Rahul Verma 

Rahul joined our group in July 2021. He is working on nontrivial states in quantum magnets and low-dimensional materials using the density-functional theory, time-dependent density functional theory, and related methodologies. 

Email: rahul.verma@tifr.res.in, rahul.physics1297@gmail.com

Pritesh Srivastava

Pritesh joined our group in July 2023. He is working on parity-time-reversal (PT) symmetry-broken collinear antiferromagnets with a focus on resolving their momentum space spin-splitting and associated nontrivial states and responses using materials-specific modeling and models. 

Email: pritesh.srivastava@tifr.res.in, pritesh.tifr@gmail.com 

Yash Vardhan

Yash joined our group in January 2025. He is working on the development and application of NEP potentials and DFT-ML methods for quantum and energy materials.

Email: yash.vardhan@tifr.res.

Manorama Pandey

Manorama is a JRF student working on the theoretical prediction and modeling of chiral phonons in quantum materials, with potential applications in sensor technologies.

Email: manorama.pandey@tifr.res.in

Rudra Prasad Sahu

Rudra is an M.Sc. project student in our group, working on inverse materials design, the development of indigenous materials databases, and unsupervised machine-learning approaches for predicting quantum materials.

Email: rudraphy31@gmail.com