Frog eyes show prowess as quantum sensors

Anil Ananthaswamy

Sadra Bakhshandeh

Ashley G. Smart

Nearly one out of every three photons that reach the frog's photoreceptor cells elicits a neuronal spike. Nearly one out of every three photons that reach the frog's photoreceptor cells elicits a neuronal spike.

Daniel F. Walls, Gerard J Milburn

Guo Liang Wu, Liguo Fang, Jian-jun LI +1 more

Aiming at the search speed and accuracy of the shuffled frog leaping algorithm not high, the idea of variation was integrated into the shuffled frog leaping algorithm. A new improved shuffled frog leaping algorithm was proposed which was called quantum frog leaping algorithm. The positions of frog are encoded by the probability amplitudes of quantum bits, the movements of frog are performed by quantum rotation gates, which achieve particles searching. Through the experiments on six standard functions, simulation results show the proposed algorithm has high searching efficiency and precision, Moreover, QSFLA as a promising optimization algorithm has strong convergence and high stability.

Arnaud Landragin