A Quantum Annealer Eigensolver (QAE) Developed, Implemented on D-Wave Machine
Revolutionary approach to solving real symmetric eigenvalue problem on a quantum annealer.
A new methodology to calculate the vibrational spectrum of a molecule on a quantum annealer
A Quantum Annealer Eigensolver (QAE) algorithm is developed to calculate the vibrational spectrum of a molecule on a quantum annealer. The method is demonstrated on LANL’s D-Wave machine “Ising” to compute the lowest two vibrational states of O2 (oxygen) and O3 (ozone). The algorithm is general and represents a new revolutionary approach to solving the real symmetric eigenvalue problem on a quantum annealer.