Control of light in the non-adiabatic regime in integrated optical waveguides
A Sheveleva, M Leonardo, C Finot… - 2023 23rd International …, 2023 - ieeexplore.ieee.org
A Sheveleva, M Leonardo, C Finot, P Colman
2023 23rd International Conference on Transparent Optical Networks …, 2023•ieeexplore.ieee.orgWe demonstrate that coupled waveguides systems can be operated in the so called non-
adiabatic regime. In this regime, light can undergo transition between different steady states,
also called photonic bands. This approach contrasts with previous strategies in integrated
photonics that rely exclusively on the adiabatic control of the flow of light. We show that the
constraint for adiabaticity being lifted, light can now be manipulated optimally.
adiabatic regime. In this regime, light can undergo transition between different steady states,
also called photonic bands. This approach contrasts with previous strategies in integrated
photonics that rely exclusively on the adiabatic control of the flow of light. We show that the
constraint for adiabaticity being lifted, light can now be manipulated optimally.
We demonstrate that coupled waveguides systems can be operated in the so called non-adiabatic regime. In this regime, light can undergo transition between different steady states, also called photonic bands. This approach contrasts with previous strategies in integrated photonics that rely exclusively on the adiabatic control of the flow of light. We show that the constraint for adiabaticity being lifted, light can now be manipulated optimally.
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