Glauber coherence of single electron sources

Abstract

Recently demonstrated solid state single electron sources generate different quantum states depending on their operation condition. For adiabatic and non-adiabatic sources we determine the Glauber correlation function in terms of the Floquet scattering matrix of the source. The correlation function provides full information on the shape of the state, on its time-dependent amplitude and phase, which makes the coherence properties of single electron states essential for the production of quantum multi-particle states.

4+ pages, 4 figures

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Cited by in corpus (46)

• Electron quantum optics in ballistic chiral conductors
• Real time decoherence of Landau and Levitov quasi-particles in quantum Hall edge channels
• Wigner function approach to single electron coherence in quantum Hall edge channels
• Fractionalization of minimal excitations in integer quantum Hall edge channels
• Electron quantum optics as quantum signal processing
• Quantum tomography of electrical currents
• Distributions of electron waiting times in quantum-coherent conductors
• Floquet Theory of Electron Waiting Times in Quantum-Coherent Conductors
• First-order correlation function of the stream of single-electron wave-packets
• Half-levitons -- zero-energy excitations of a driven Fermi sea
• Taming electronic decoherence in 1D chiral ballistic quantum conductors
• Mach-Zehnder interferometry with periodic voltage pulses
• Electron and electron-hole quasiparticle states in a driven quantum contact
• Two-particle interferometry in quantum Hall edge channels
• Two-electron state from the Floquet scattering matrix perspective
• Pseudorandom binary injection of levitons for electron quantum optics
• Single-electron coherence: finite temperature versus pure dephasing
• Heat and charge transport measurements to access single-electron quantum characteristics
• Collisional interferometry of Levitons in quantum Hall edge channels at $\nu =2$
• Waiting times of entangled electrons in normal-superconducting junctions
• Interference and multi-particle effects in a Mach-Zehnder interferometer with single-particle sources
• Processing quantum signals carried by electrical currents
• Noise of a single-electron emitter
• Non-linear charge and energy dynamics of an adiabatically driven interacting quantum dot
• Classical-to-quantum crossover in electron on-demand emission
• Two-electron coherence and its measurement in electron quantum optics
• Single-particle shot noise at non-zero temperature
• Time-dependent simulation and analytical modelling of electronic Mach-Zehnder interferometry with edge-states wave packets
• Composite two-particle sources
• Multi-particle interference in an electronic Mach-Zehnder interferometer
• High-temperature fusion of a multi-electron leviton
• Single-particle emission at finite temperatures
• Influence of channel mixing in fermionic Hong-Ou-Mandel experiments
• Dephasing in single-electron generation due to environmental noise probed by Hong Ou Mandel interferometry
• Anomalous Joule law in the adiabatic dynamics of a normal-superconductor quantum dot
• Work exchange, geometric magnetization and fluctuation-dissipation relations in a quantum dot under adiabatic magnetoelectric driving
• Single-electron $G^{(2)}$ function at nonzero temperatures
• Long-range Fermi sea correlations as the resource for encoding quantum information
• Sub- to Super-Poissonian crossover of current noise in helical edge states coupled to a spin impurity in a magnetic field
• Quantum transport phenomena induced by time-dependent fields
• On-demand electron source with tunable energy distribution
• Auto- versus cross-correlation noise
• Wigner representation of Andreev-reflected charge pulses
• On-Demand and Tunable Andreev-Conversion of Single-Electron Charge Pulses
• Single-electron emission from degenerate quantum levels
• Instantaneous Emission Rate of Electron Transport through a quantum point contact