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Thus, a superradiant acceleration, ∂tR > 0, requires that the density of dipoles is larger than n > λ −2 SR/π ≈ λ−2 F / ln(4EF /¯h∆)π

In this case, the superradiance length is given by λ2 SR ≈ λ2 F ln(4EF /¯h∆), where we have assumed λF ≪ vF /∆

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Correlated emission of electron-current waves

quant-ph · 2025-05-29 · accept · novelty 7.0

In a two-dimensional electron gas, collective superradiant decay of spin qubits occurs for emitter spacings up to sqrt(λ_F v_F/Δ), about a micrometer for typical NV centers.

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  • Correlated emission of electron-current waves quant-ph · 2025-05-29 · accept · none · ref 3

    In a two-dimensional electron gas, collective superradiant decay of spin qubits occurs for emitter spacings up to sqrt(λ_F v_F/Δ), about a micrometer for typical NV centers.