Temporal frequency and coupling modulation in a giant atom-waveguide system enables adiabatic control of an embedded BIC with leakage linear in ramp rate, converting a dark state into a single-photon memory.
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Necessary and sufficient conditions are proven for Schrödinger operators to possess zero-energy bound states with bounded k-th position moments at the essential spectrum threshold.
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Coherent Control of an Embedded Bound State Without a Spectral Gap
Temporal frequency and coupling modulation in a giant atom-waveguide system enables adiabatic control of an embedded BIC with leakage linear in ramp rate, converting a dark state into a single-photon memory.
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Eigenstates with Infinite Position Moments
Necessary and sufficient conditions are proven for Schrödinger operators to possess zero-energy bound states with bounded k-th position moments at the essential spectrum threshold.