Efficient extraction of quantum Hamiltonians from optimal laboratory data

A simulated experimental data developed to demonstrate the utility of map-facilitated optimal identification (OI) for real-time laboratory identification of quantum hamiltonians was discussed. The demonstration of the algorithmic savings afforded by maps utilized a relatively simple eight-level quantum system. It was also observed that map construction and evaluation was highly suited for massive parallel processing schemes. The results show that in this demonstration of map-facilitated OI, it was possible to improve the computational efficiency of data inversion by more than an order of magnitude.