Many-body coherent destruction of tunneling in photonic lattices
Stefano Longhi
TL;DR
This paper proposes an optical system using engineered waveguide arrays to visualize and control many-body tunneling phenomena in bosonic systems, enabling experimental exploration of complex quantum effects.
Contribution
It introduces a photonic lattice setup that simulates many-body coherent destruction of tunneling, providing a new platform for studying quantum many-body dynamics.
Findings
Demonstrates optical realization of many-body tunneling control
Enables direct visualization of Fock space dynamics
Proposes experimental setup for quantum simulation
Abstract
An optical realization of the phenomenon of many-body coherent destruction of tunneling, recently predicted for interacting many-boson systems by Gong, Molina and Haenggi [Phys. Rev. Lett. 103, 133002 (2009)], is proposed for light transport in engineered waveguide arrays. The optical system enables a direct visualization in Fock space of the many-body tunneling control process
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