Observation of quantum phase noise in a laser oscillator
Quantum phase fluctuations caused by spontaneous emission when heterodyning two lasers
Arrathoon, R.↗
Engineering topics
Siegman, A. E.
Publications and source records attributed to Siegman, A. E..
Further measurements of quantum phase noise in a He-Ne laser
Measurement of quantum phase noise in He-Ne lasers
Arrathoon, R.↗
Current pushing of the oscillation frequency of a 6328 angstrom He-Ne laser
Current pushing of oscillation frequency of He-Ne laser
Arrathoon, R.↗
The antenna properties of optical heterodyne receivers
Antenna properties of optical heterodyne receivers
Siegman, A. E.↗
Further measurements of quantum phase noise in a He-Ne laser.
Quantum phase noise in He-Ne laser, considering amplitude fluctuation, spontaneous emission and oscillator linewidth
Arrathoon, R.↗
Current pushing of the oscillation frequency of a 6328-angstrom units He-Ne laser.
Laser oscillation frequency shift dependence on discharge current in 6328 A He-Ne laser
Arrathoon, R.↗
Study of Laser Frequency Stability and Spectral Purity Semiannual Status Report, 1 Mar. - 31 Aug. 1968
Quantum phase noise and plasma-induced phase noise in He-Ne lasers
Siegman, A. E.↗
Further Measurement of Quantum Phase Noise in a He-ne Laser
Measurement of spontaneous emission phase fluctation in helium, neon lasers
Arrathoon, R.↗
Absolute frequency stabilization of laser oscillator against laser amplifier
Long-term absolute frequency stabilization of a laser oscillator is obtained when the lasers oscillation frequency is referenced to the exact center of an atomic transition. A laser amplifier acts as a discriminant to indicate when the laser frequency deviates from the center of its atomic transistion.
Siegman, A. E.↗
Absolute frequency stabilization of a laser oscillator against a laser amplifier.
Frequency stabilization of laser oscillator against reference laser amplifier, noting residual AM effects
FREQUENCY STABILITY↗
Frequency stabilized gas laser Final summary engineering report, 17 Jun. 1966 - 17 Feb. 1967
Frequency stabilization technique for carbon dioxide laser operating at 10.6 microns
FREQUENCY STABILITY↗
Frequency-Stabilized CO2 Lasers, Phase I
Frequency-stabilized carbon dioxide laser - electronic and mechanical stabilization schemes, control loop techniques, wavelength and mode control, and general laser construction
CARBON DIOXIDE↗