Giuliano Benenti – Principles of Quantum Computation and Information
Libro adottato a Politecnico di Milano, a.a. 2026/2027 · 5 canali
«Giuliano Benenti – Principles of Quantum Computation and Information» è adottato per Quantum Optics And Information dal prof. Andrea Crespi (Electronics Engineering, Engineering Physics, High Performance Computing Engineering e altri corsi – Politecnico di Milano).
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Come lo indica il docente: Giuliano Benenti, Giulio Casati, Davide Rossini, Giuliano Strini, Principles of Quantum Computation and Information, World Scientific, Anno edizione: 2019, ISBN: 9789813279995
Argomenti del programma: Prelude to Quantum Optics 1. Introduction: theoretical and experimental foundations for the quantization of the electromagnetic field 2. Photodetection statistics: semiclassical model, violation of the semiclassical model by sub-Poissonian light 3. Formalism of quantum mechanics: axioms, bra-ket notation, matrix notation, Schroedinger and Heisenberg pictures Quantization of the electromagnetic field 4.
Argomenti del programma: Prelude to Quantum Optics 1. Introduction: theoretical and experimental foundations for the quantization of the electromagnetic field 2. Photodetection statistics: semiclassical model, violation of the semiclassical model by sub-Poissonian light 3. Formalism of quantum mechanics: axioms, bra-ket notation, matrix notation, Schroedinger and Heisenberg pictures Quantization of the electromagnetic field 4.
Argomenti del programma: Prelude to Quantum Optics 1. Introduction: theoretical and experimental foundations for the quantization of the electromagnetic field 2. Photodetection statistics: semiclassical model, violation of the semiclassical model by sub-Poissonian light 3. Formalism of quantum mechanics: axioms, bra-ket notation, matrix notation, Schroedinger and Heisenberg pictures Quantization of the electromagnetic field 4.
Argomenti del programma: Prelude to Quantum Optics 1. Introduction: theoretical and experimental foundations for the quantization of the electromagnetic field 2. Photodetection statistics: semiclassical model, violation of the semiclassical model by sub-Poissonian light 3. Formalism of quantum mechanics: axioms, bra-ket notation, matrix notation, Schroedinger and Heisenberg pictures Quantization of the electromagnetic field 4.
Argomenti del programma: Prelude to Quantum Optics 1. Introduction: theoretical and experimental foundations for the quantization of the electromagnetic field 2. Photodetection statistics: semiclassical model, violation of the semiclassical model by sub-Poissonian light 3. Formalism of quantum mechanics: axioms, bra-ket notation, matrix notation, Schroedinger and Heisenberg pictures Quantization of the electromagnetic field 4.
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