Technical Groups under the Hub

Quantum computers with superconducting qubits

Design and Demonstration of a Highly Scalable Quantum Computer using Semiconducting Qubits

Lead Investigator

Dr. Rajamani Vijayaraghavan,

Tata Institute of Fundamental Research,

Maharashtra

Design and Demonstration of a Highly Scalable Quantum Computer using Semiconducting Qubits

Lead investigator

Prof. Abhisek Dixit

Department of Electrical Engineering,

IIT Delhi

Development of a 50-qubit quantum information processor with electron spins in silicon

Design and Demonstration of a Highly Scalable Quantum Computer using Semiconducting Qubits

Development of a 50-qubit quantum information processor with electron spins in silicon

Lead investigator

Prof. Suddhasatta Mahapatra

Department of Physics,

IIT Bombay

Quantum Computing with Neutral Atoms, Trapped Ions and Related Hybrid Systems

Programmable photonic quantum computing using qubits encoded in different degrees of freedom of a ph

Development of a 50-qubit quantum information processor with electron spins in silicon

Lead Investigator

Dr. Saptarishi Chaudhuri

Raman Research Institute

Bengaluru

Programmable photonic quantum computing using qubits encoded in different degrees of freedom of a ph

Lead Investigator

Prof. Chandrashekar C M

Indian Institute of Science, Bengaluru

Photonics quantum processor development

Programmable photonic quantum computing using qubits encoded in different degrees of freedom of a ph

Lead Investigator

Prof. Shankar Kumar Selvaraja

Indian Institute of Science, Bengaluru

Technical Groups under the Hub

Quantum computers with superconducting qubits

Design and Demonstration of a Highly Scalable Quantum Computer using Semiconducting Qubits

Design and Demonstration of a Highly Scalable Quantum Computer using Semiconducting Qubits

Design and Demonstration of a Highly Scalable Quantum Computer using Semiconducting Qubits

Design and Demonstration of a Highly Scalable Quantum Computer using Semiconducting Qubits

Design and Demonstration of a Highly Scalable Quantum Computer using Semiconducting Qubits

Development of a 50-qubit quantum information processor with electron spins in silicon

Design and Demonstration of a Highly Scalable Quantum Computer using Semiconducting Qubits

Development of a 50-qubit quantum information processor with electron spins in silicon

Quantum Computing with Neutral Atoms, Trapped Ions and Related Hybrid Systems

Programmable photonic quantum computing using qubits encoded in different degrees of freedom of a ph

Development of a 50-qubit quantum information processor with electron spins in silicon

Programmable photonic quantum computing using qubits encoded in different degrees of freedom of a ph

Programmable photonic quantum computing using qubits encoded in different degrees of freedom of a ph

Programmable photonic quantum computing using qubits encoded in different degrees of freedom of a ph

Photonics quantum processor development

Programmable photonic quantum computing using qubits encoded in different degrees of freedom of a ph

Programmable photonic quantum computing using qubits encoded in different degrees of freedom of a ph

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