IIT Mandi to Develop Quantum Computing Set to Increase Speed of Computing

Content Curator | Updated On - Mar 3, 2024

IIT Mandi is developing an indigenous quantum computer operating system at room temperature. This computer is a part of the National Quantum Mission and works without the help of traditional algorithms. Read full details here!

New Delhi: The Indian Institute of Technology, Mandi, is starting the development of an indigenous quantum computer operating at room temperature, utilising photons for accelerated computing.

Part of the National Quantum Mission, this innovative computer, designed to function without the constraints of traditional algorithms, promises distinct data analysis and solutions with an impressive 86% accuracy. C S Yadav, Chairperson of the Center for Quantum Science and Technologies (CQST) at IIT-Mandi, detailed the project's unique features.

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The quantum computer, equipped with a sophisticated user interface, quantum simulator, and processing capabilities, will function like a graphics processor (GPU) rather than a central processing unit (CPU). This enables seamless processing of inputs like videos or photographs.

The room-temperature optical quantum computer employs light for rapid calculations, utilising quantum bits (qubits) to exist in multiple states concurrently, enabling high-speed processing. The system can update itself and erase its memory using a special gel.

Quantum computing, leveraging the principles of quantum mechanics, addresses complexities beyond classical computers' capabilities. Yadav emphasised that the quantum computer will extract models elucidating inherent dynamics within input data, delivering outputs as a quantum live feed. This cutting-edge technology signifies a significant leap forward in the realm of computing.

Yadav states that quantum computing has generated significant attention, with companies like Google and IBM developing their quantum computers. He further said "So let's say that those companies are making a quantum computer based on a superconducting Josephson junction qubit. To do that quantum computing, you will require a very very low temperature. So, our objective is to make a photon-based quantum computer at room temperature."

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