Each sample groups how it was prepared, characterized, and measured. Click a card to expand.
Packaged photonic integrated circuit quantum entropy source with two InP distributed-feedback lasers, integrated metallic heaters, multimode interferometer, photodetectors, QRNG board, and oscilloscope readout.
2 characterizations2 figures
ExperimentalInPStudied Materialmetallic heaterCapping Or ContactQFN packageSubstrate / DielectricSiSubstrate / DielectricphotodetectorCapping Or Contactmultimode interferometerStudied Materiallaser driverCapping Or ContactoscilloscopeCapping Or Contact
Materials
InP
InP
Studied Material
Also known as
indium phosphide
studied material
metallic heater
Capping Or Contact
Also known as
Why these are connected
Related documents with shared materials, methods, properties, or citations.
Each sample groups how it was prepared, characterized, and measured. Click a card to expand.
Packaged photonic integrated circuit quantum entropy source with two InP distributed-feedback lasers, integrated metallic heaters, multimode interferometer, photodetectors, QRNG board, and oscilloscope readout.
2 characterizations2 figures
ExperimentalInPStudied Materialmetallic heaterCapping Or ContactQFN packageSubstrate / DielectricSiSubstrate / DielectricphotodetectorCapping Or Contactmultimode interferometerStudied Materiallaser driverCapping Or ContactoscilloscopeCapping Or Contact
Materials
InP
InP
Studied Material
Also known as
indium phosphide
studied material
metallic heater
Capping Or Contact
Also known as
Why these are connected
Related documents with shared materials, methods, properties, or citations.
Each sample groups how it was prepared, characterized, and measured. Click a card to expand.
Packaged photonic integrated circuit quantum entropy source with two InP distributed-feedback lasers, integrated metallic heaters, multimode interferometer, photodetectors, QRNG board, and oscilloscope readout.
2 characterizations2 figures
ExperimentalInPStudied Materialmetallic heaterCapping Or ContactQFN packageSubstrate / DielectricSiSubstrate / DielectricphotodetectorCapping Or Contactmultimode interferometerStudied Materiallaser driverCapping Or ContactoscilloscopeCapping Or Contact
Materials
InP
InP
Studied Material
Also known as
indium phosphide
studied material
metallic heater
Capping Or Contact
Also known as
Why these are connected
Related documents with shared materials, methods, properties, or citations.
Each sample groups how it was prepared, characterized, and measured. Click a card to expand.
Packaged photonic integrated circuit quantum entropy source with two InP distributed-feedback lasers, integrated metallic heaters, multimode interferometer, photodetectors, QRNG board, and oscilloscope readout.
2 characterizations2 figures
ExperimentalInPStudied Materialmetallic heaterCapping Or ContactQFN packageSubstrate / DielectricSiSubstrate / DielectricphotodetectorCapping Or Contactmultimode interferometerStudied Materiallaser driverCapping Or ContactoscilloscopeCapping Or Contact
Materials
InP
InP
Studied Material
Also known as
indium phosphide
studied material
metallic heater
Capping Or Contact
Also known as
Why these are connected
Related documents with shared materials, methods, properties, or citations.
Coupled stochastic rate equations for two mutually coupled lasers including spontaneous-emission noise; numerical simulation of phase synchronization dynamics and interference-intensity statistics.
Settings
duty cycle0.5
validation{"quantities":["interference intensity PDF evolution","phase synchronization trend"],"references":[],"techniques":["oscilloscope waveform analysis"],"sourcetype":"experimentalinhouse"}
Analytical derivation of the probability distribution of the measured interference intensity and the corresponding quantum phase-difference distribution.
Settings
distribution typearcsine-like interference distribution
quantities modeledinterference intensity probability density, phase-difference distribution
Conditions
context:analytical model for entropy-source readout
Coupled stochastic rate equations for two mutually coupled lasers including spontaneous-emission noise; numerical simulation of phase synchronization dynamics and interference-intensity statistics.
Settings
duty cycle0.5
validation{"quantities":["interference intensity PDF evolution","phase synchronization trend"],"references":[],"techniques":["oscilloscope waveform analysis"],"sourcetype":"experimentalinhouse"}
Analytical derivation of the probability distribution of the measured interference intensity and the corresponding quantum phase-difference distribution.
Settings
distribution typearcsine-like interference distribution
quantities modeledinterference intensity probability density, phase-difference distribution
Conditions
context:analytical model for entropy-source readout
Coupled stochastic rate equations for two mutually coupled lasers including spontaneous-emission noise; numerical simulation of phase synchronization dynamics and interference-intensity statistics.
Settings
duty cycle0.5
validation{"quantities":["interference intensity PDF evolution","phase synchronization trend"],"references":[],"techniques":["oscilloscope waveform analysis"],"sourcetype":"experimentalinhouse"}
Analytical derivation of the probability distribution of the measured interference intensity and the corresponding quantum phase-difference distribution.
Settings
distribution typearcsine-like interference distribution
quantities modeledinterference intensity probability density, phase-difference distribution
Conditions
context:analytical model for entropy-source readout
Coupled stochastic rate equations for two mutually coupled lasers including spontaneous-emission noise; numerical simulation of phase synchronization dynamics and interference-intensity statistics.
Settings
duty cycle0.5
validation{"quantities":["interference intensity PDF evolution","phase synchronization trend"],"references":[],"techniques":["oscilloscope waveform analysis"],"sourcetype":"experimentalinhouse"}
Analytical derivation of the probability distribution of the measured interference intensity and the corresponding quantum phase-difference distribution.
Settings
distribution typearcsine-like interference distribution
quantities modeledinterference intensity probability density, phase-difference distribution
Conditions
context:analytical model for entropy-source readout