80.5

Vladislav Gerginov

University of Colorado Boulder

Vladislav Gerginov's research has made significant contributions to the fields of magnetometry, optically-pumped magnetometers, and quantum sensors. Recent studies have focused on advancing scalar magnetometry techniques, including microfabrication and direct comparisons of European primary frequency standards via satellite techniques. Research has also explored the potential for magnetoencephalography-based brain-computer interfaces using optically-pumped magnetometers, as well as the development of atomic sensors for detecting weak microwave signals. Additionally, Gerginov's work has improved the accuracy and stability of primary fountain clocks, such as those at the PTB cesium fountain clock, with applications in magnetic field communications, location tracking, and precision timing.

Frequency MetrologyOptical ClocksAtomic MagnetometerOptical PumpingFrequency ComparisonNonlinear OpticsMicrofabricated DevicesAtomic ClocksOptical Frequency CombsFiber LasersFrequency SynthesisFrequency TransferMagnetic Resonance ImagingFemtosecond ScienceDiode Laser Absorption
Firms applying this knowledge

The Regents Of The University Of Colorado, A Body Corporate, Honeywell International Inc., Leister Technologies Ag

Commercial signal 81.1
Scientific signal 78.1
Social signal 76.4
Papers 51
53 Patent-to-paper cites
1,516 Paper cites

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