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The characteristics of power transfer between super-modes in coupled multicore fiber are investigated numerically and experimentally. We reveal that fiber twisting and macrobending cause mode coupling through an adiabatic/nonadiabatic process, which is different from the mode coupling caused by structural perturbation, namely microbending. We also investigate the impulse response characteristics of...
We numerically and experimentally investigate the power transfer characteristics between super-modes in coupled multi-core fibre. We reveal that fibre twisting and bending considerably affect mode coupling and show how to suppress impulse response spread taking account of adiabatic/nonadiabatic mode conversion.
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