Coupled optoelectronic oscillators: application to low-jitter pulse generation
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OEO mode-loked laser pulse generation phase noise↗
Engineering topics
Maleki, L.
Publications and source records attributed to Maleki, L..
A 10GHz optoelectronic oscillator with continuous frequency tunability and low phase noise
A 10GHz optoelectronic oscillator (OEO) with continuous frequency tunability and low phase noise is presented.
optoelectronic oscillator frequency tunability↗
In search of new physics with atomic clocks in space
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physics atomic clocks space↗
Novel whispering-gallery resonators for oscillators, modulation and sensing
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resonators oscillators modulation sensing↗
Clocks and oscillators in space
In this paper a short review of the role of clocks and oscillators in space is presented, together with some future projections for laser based systems.
clocks↗
Improved Timekeeping Using Advanced Trapped Ion Clocks
Timekeeping requires practical, continuously operating, frequency standards with exceptional long term stability.
Atomic Clock Timekeeping Ion Trap↗
Quantum technology for clocks, sensors, and information processing
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quantum technology sensors information processing↗
Microtorus: a high finesse microcavity with whispering gallery modes
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fiber optics↗
Development of flight technology for future laser-cooled space clocks
In this paper we report on the development of flight technologies to be used in space-based, laser-cooled atomic clocks scheduled to fly on the International Space Station.
atomIC clocks frequency standards microgravity↗
Quantum atom interfermoter gravity gradiometer in space
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atom-wave interferometer gravity gradiometer↗
Ultra-sensitive sensor based on whispering gallery mode micro-resonators
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microsphere sensors biosensors↗
New Techniques to Test Spin-Gravity Coupling with Atomic Clock
Recent advances in laser technology have produced the opportunity to realize more stable and accurate atomic clocks, by laser excitation, manipulation and cooling of atoms. In this paper we will describe a new scheme based on the use of lasers with atomic clocks to increase the sensitivity of experimental search for a spin-gravity coupling.
atomic clocks↗
Ultra-high Q Whispering-gallery Microactivites for Narrow-linewidth Lasers and Optoelectronic Oscillators
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waveguides microspheres laser oscillation spheroid↗
Ultra-high Q Whispering-Gallery Microcavities for Narrow-linewidth Lasers and Optoelectronic Oscillators
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microspheres microlasers↗
Nitrogen Buffer Gas Experiments in Mercury Trapped Ion Frequency Standards
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atomic clock nitrogen gas Mercury↗
Development of Flight Technology for Future Laser-Cooled Space Clocks
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laser cooling atomic clock frequency standard lase↗
Nitrogen buffer gas experiments in Mercury trapped ion frequency standards
Practical, continuous operating mercury trapped ion frequency standards have traditionally used a helium buffer gas to increase loading efficiency and cool ions to near room temperature.
frequency standards atomic clocks↗
A turn-key optoelectronic oscillator with low acceleration sensitivity
We present the experimental results of the first fully packaged optoelectronic oscillator module operating at 11 GHz.
photonics frequency stability acceleration sensiti↗