Projects

New frontiers in quantum computing based on collective states in hybrid systems

Funding agency: SERB-CRG

Principal Investigator:

Himadri Shekhar Dhar

I-HUB Quantum Technology

Chanakya PG Fellowship: One fellowship for a four year project on "Topological quantum spintronics" Chanakya UG Fellowships : Three projects

Principal Investigator:

Bhaskaran Muralidharan

SERB-CRG: Straintronics in quantum materials

Principal Investigator:

Bhaskaran Muralidharan

MoE- STARS - Topotronic device design for ultra-low power electronics and quantum computing

Development of a quantum materials and devices simulation suite.

Principal Investigator:

Bhaskaran Muralidharan

Quantum Computing Architecture with Silicon-based Spin Qubits

This project, funded by the ER&IPR program of the DRDO, GoI, aims to take concrete steps for development of silicon-based QC “hardware”, with building-blocks and processes which are entirely compatible with the traditional electronics industry platform. The short-term goal of this project is to meet the global benchmark, in achieving the required figures of merit of the different operations.

Principal Investigator:

Suddhasatta Mahapatra

Development of a Quantum Information Processor with Electron Spins Qubits in Silicon

This project, funded by DST, MoE, GoI, aims to establish a complete and robust platform for development of a spin quantum computer in silicon. The project envisions setting up the necessary infrastructure, fabricating and characterizing the spin qubits, and eventually delivering a 4-qubit quantum processor capable of running elementary quantum algorithms.

Principal Investigator:

Suddhasatta Mahapatra

Quantum technology based on diamond

The project is funded by DST/GoI for the development of hybrid quantum devices based on color defects in diamond along with ultra sensitive magnetic field sensors.

Principal Investigator:

Kasturi Saha

Magnetometry of Novel 2-D Materials

The project was funded by the Asian board of airforce research and development (AOARD). This project enabled the development of high-speed dynamic widefield imaging with color defects in diamond.

Principal Investigator:

Kasturi Saha

Chanakya Fellowship for UG/PG students: NV centers for quantum simulations

The project is funded by I-hub IISER Pune for developing NV centers as a test bed for quantum simulations.

Principal Investigator:

Kasturi Saha