A CV quantum circuit protocol prepares the state |f> for a holomorphic function f(z) and estimates coefficients c_n = <n|f> via photon-number-resolved detection with interferometric phase referencing.
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Quantum gates are realized as differential operators on holomorphic functions that preserve the qubit subspace and act as canonical transformations on a toroidal geometry.
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Projection Coefficients Estimation in Continuous-Variable Quantum Circuits
A CV quantum circuit protocol prepares the state |f> for a holomorphic function f(z) and estimates coefficients c_n = <n|f> via photon-number-resolved detection with interferometric phase referencing.
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Geometry of Quantum Logic Gates
Quantum gates are realized as differential operators on holomorphic functions that preserve the qubit subspace and act as canonical transformations on a toroidal geometry.