Campaign Story

Qubitron Systems was founded to solve the greatest limitation of quantum computing—extreme cooling requirements. While global giants like IBM and Google operate machines at near-absolute zero, Qubitron’s founders—two quantum physicists and a materials engineer—created a breakthrough room-temperature superconducting qubit using hybrid graphene–silicon lattices.

Their prototype processor, Q-Δ (Q-Delta), runs 64 qubits without cryogenic cooling, powered by a proprietary photon-stabilization algorithm that keeps quantum states coherent for 9 milliseconds—an unprecedented feat in India. This technology could revolutionize AI, cryptography, and climate simulation, bringing quantum computing out of labs and into everyday servers.

But the startup is suffocating. Equipment leases have expired, fabrication partners have halted collaboration, and the founders are using their personal laptops to run simulation models. Despite interest from universities and defense research units, Qubitron cannot continue R&D without capital. Their last successful funding round ended a year ago, and the company is weeks away from shutting down the facility.

If funded, Qubitron could make India the first country to produce commercially viable quantum processors operating at ambient conditions—a generational leap beyond silicon. Without it, the country will lose one of its most promising shots at joining the quantum revolution.