Qedma and HQC2 Demonstrate Unprecedented Accuracy in Quantum Chemistry on Quantum Computers

Today's quantum processors are noisy, which can make quantum chemistry calculations unreliable and inaccurate.

"The work shows a strong proof of concept for applying quantum computing to quantum chemistry on current hardware, demonstrating improved accuracy as higher levels of precision were required."

The results demonstrate the potential of approaches such as QESEM to help achieve the high levels of precision required for quantum chemistry applications."

Qedma recently demonstrated quantum advantage together with IBM, accurately resolving the dynamics of quantum materials unseen in classical simulation.

HQC2 specializes in the development of Quantum Chemistry algorithms and software designed to exploit the capabilities of NISQ and emerging early fault tolerant quantum computers.