Ashish Kumar Patra

Achieving chemical accuracy in quantum phase estimation with a linearly scaling variational circuit could redefine practical applications on NISQ hardware.

Achieving chemical accuracy with just 4% of the configuration subspace could revolutionize how we approach quantum simulations of complex molecular systems.

Achieving a fourfold reduction in computational complexity for quantum simulations could revolutionize drug discovery efficiency in the industry.

Simulating large, complex molecules on quantum computers just got a whole lot easier: this new method slashes qubit requirements and boosts accuracy by cleverly exploiting operator commutativity in quantum embedding.