Design and Demonstration of a Highly Scalable Quantum Computer using Semiconducting Qubits
- Prof. Abhisek Dixit, IIT Delhi
Member Investigators:
- Prof. Kolin Paul, Prof. Ankesh Jain, Prof. Rakesh Kumar Palani, Prof. Kaushik Saha, IIT Delhi
- Prof. Avirup Dasgupta, Prof. Sudeb Dasgupta, Prof. Vishvendra Singh Poonia, Prof. Saravana Kumar Manivannan, Prof. Darshak Bhatt, IIT Roorkee
- Prof. Yogesh Singh Chauhan, Prof. Avinash Lahgere, IIT Kanpur
- Prof. Neeraj Goel, Prof. Devarshi Mrinal Das, IIT Ropar
- Prof. Ravikiran Yeleswarapu, BITS Pilani, Hyderabad
Objectives
- A qubit IC with 50+ semiconducting spin working in qubits 20mK-10K temperature range, designed & codeveloped with commercial foundry.
- A qubit controller IC working at 4K to manipulate and readout 50+ spin qubits and designed using CMOS-PDK models customized for 4K operation.
- A quantum computer, including integration of the qubit and qubit-controller ICs with a quantum co-processor, system-level transpiler, and simulator.
