Faculty

Institution

Unit

Venue

Jerome V. Moloney

University of Arizona

Affiliations

Mathematics

Applied Mathematics

College of Science

Mathematics

James C. Wyant College of Optical Sciences

NoneJerome V. Moloney is currently serving as a Applied Mathematics faculty at University of Arizona.

Honors

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Experiences

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Education

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Jerome V. Moloney

University of Arizona

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applied physics photonics optoelectronics laser science materials science physics optical engineering electrical engineering optical properties lightwave technology semiconductors condensed matter physics optical metrology electronics wave optics nonlinear phenomena solid-state electronics light science electronic materials nonlinear science beam optics nonlinear wave propagation atomic physics laser processing technology particle physics microelectronics optical pumping quantum science semiconductor technology fiber lasers wave propagation optical amplifier semiconductor lasers numerical simulations guided-wave optic condensed matter luminescence optical physics microwave technology optical communications infrared optic semiconductor nanostructures optical solitons atomic spectroscopy power electronics aluminum gallium nitride semiconductor devices optic design terahertz photonics plasmonics quantum photonics femtosecond pulses chaos theory semiconductor laser microscopic modeling scientific computing quantum technologies vertical-external-cavity surface-emitting lasers wave motion optical spectroscopy supercontinuum generation multimode interference transverse effects diffractive optics microscopic theory ultrashort pulses microscopic analysis infrared spectroscopy wide-bandgap semiconductors double-clad fiber amplifiers thermal effects solitary waves gan power device auger losses vlsi technology femtosecond pulse propagation ultrashort pulse propagation ultrafast laser spectroscopy optical computing

Notable Scholarly Works

Notable Federal Grants

Collaborators

Giant Multiphoton Luminescence and Band Renormalization With Hot Electron–Hole Plasma in Multilayer Gase. Advanced Optical Materials (2025)

physicsgiant multiphoton luminescenceluminescenceplasma photonicsoptoelectronicsband renormalizationmultilayer gaseplasma electronicsatomic spectroscopyphotoluminescenceapplied physicsoptical materialscondensed mattersolid-state electronicsmultiphoton processoptical propertieselectronic materials

Widely Tunable Vecsel-Based Laser System for Multicontrast High-Speed Nonlinear Imaging. (2025)

Thibault BondazJohn Gerard G. McInerneyJerome V. MoloneyJason Jones

lasersapplied physicsoptical imagingnonlinear science

Bloch Gauge Symmetry of the Semiconductor Bloch Equations [Invited]. Journal of the Optical Society of America B (2024)

A. M. ParksJ. V. MoloneyT. Brabec

semiconductor bloch equationsphysicsbloch gauge symmetrysemiconductors

Dual-Wavelength Channel Ghz Repetition Rate Mode-Locked Vecsel Cavities Sourced From a Common Gain Medium. Optics Letters (2024)

Simon P. TsaoussisSadhvikas AddamaneR. Jason JonesJerome V. Moloney

optoelectronicsdiffractive opticswave opticsphotonicsoptic designoptical metrologycommon gain mediumelectrical engineering

Free Carrier Auger–Meitner Recombination in Monolayer Transition Metal Dichalcogenides. Nano Letters (2024)

Jörg HaderJerome V. Moloney

materials sciencenanotechnologytransition metal chalcogenidesquantum materials

Microscopic Nonequilibrium Dynamics of Gain Coupled Mode-Locked Dual Cavity Vecsels. (2024)

Simon P. TsaoussisJerome V. Moloney

microscopic nonequilibrium dynamicsfluid dynamicselectrical engineering

Multiharmonic Spanning Nonlinear É-Wave: An Asymptotic State of Extreme Long Wave Infrared Dispersive Shock Regularization. Physical Review Letters (2024)

nonlinear phenomenaphysicsshock wavesnonlinear scienceharmonic analysiswave nonlinearityhigh-frequency approximationwave theorynonlinear hyperbolic problemnonlinear wave propagationapplied physicsapplied mathematicsnonlinear acousticsasymptotic state

Multiharmonic Spanning Nonlinear X -Wave: An Asymptotic State of Extreme Long Wave Infrared Dispersive Shock Regularization. Physical Review Letters (2024)

Michael G. HastingsParis PanagiotopoulosMiroslav KolesikJerome V. Moloney

materials sciencenonlinear phenomenaharmonic analysisapplied physicsinfrared opticasymptotic state

Photo Luminescence and Radiative Carrier Losses in Monolayer Transition Metal Dichalcogenides. Nano Letters (2024)

Jörg HaderJerome V. Moloney

materials sciencenanotechnologynanometrologyoptoelectronicsnanomaterialsphoto luminescencephotonicsapplied physicsthin filmsradiative carrier losses

Broadband 1.5 Ghz Vecsel-Based Laser System for High Speed Multicontrast Nonlinear Imaging. IEEE Photonics Technology Letters (2023)

Thibault A. G. BondazJohn G. McInerneyJerome V. MoloneyR. Jason Jones

photonicsoptoelectronicselectrical engineering

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Jerome V. Moloney

University of Arizona

Affiliations

Mathematics

Applied Mathematics

College of Science

Mathematics

James C. Wyant College of Optical Sciences

NoneJerome V. Moloney is currently serving as a Applied Mathematics faculty at University of Arizona.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jerome V. Moloney

University of Arizona

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Giant Multiphoton Luminescence and Band Renormalization With Hot Electron–Hole Plasma in Multilayer Gase. Advanced Optical Materials (2025)

Widely Tunable Vecsel-Based Laser System for Multicontrast High-Speed Nonlinear Imaging. (2025)

Thibault BondazJohn Gerard G. McInerneyJerome V. MoloneyJason Jones

lasersapplied physicsoptical imagingnonlinear science

Bloch Gauge Symmetry of the Semiconductor Bloch Equations [Invited]. Journal of the Optical Society of America B (2024)

A. M. ParksJ. V. MoloneyT. Brabec

semiconductor bloch equationsphysicsbloch gauge symmetrysemiconductors

Dual-Wavelength Channel Ghz Repetition Rate Mode-Locked Vecsel Cavities Sourced From a Common Gain Medium. Optics Letters (2024)

Simon P. TsaoussisSadhvikas AddamaneR. Jason JonesJerome V. Moloney

optoelectronicsdiffractive opticswave opticsphotonicsoptic designoptical metrologycommon gain mediumelectrical engineering

Free Carrier Auger–Meitner Recombination in Monolayer Transition Metal Dichalcogenides. Nano Letters (2024)

Jörg HaderJerome V. Moloney

materials sciencenanotechnologytransition metal chalcogenidesquantum materials

Microscopic Nonequilibrium Dynamics of Gain Coupled Mode-Locked Dual Cavity Vecsels. (2024)

Simon P. TsaoussisJerome V. Moloney

microscopic nonequilibrium dynamicsfluid dynamicselectrical engineering

Multiharmonic Spanning Nonlinear É-Wave: An Asymptotic State of Extreme Long Wave Infrared Dispersive Shock Regularization. Physical Review Letters (2024)

Multiharmonic Spanning Nonlinear X -Wave: An Asymptotic State of Extreme Long Wave Infrared Dispersive Shock Regularization. Physical Review Letters (2024)

Michael G. HastingsParis PanagiotopoulosMiroslav KolesikJerome V. Moloney

materials sciencenonlinear phenomenaharmonic analysisapplied physicsinfrared opticasymptotic state

Photo Luminescence and Radiative Carrier Losses in Monolayer Transition Metal Dichalcogenides. Nano Letters (2024)

Jörg HaderJerome V. Moloney

materials sciencenanotechnologynanometrologyoptoelectronicsnanomaterialsphoto luminescencephotonicsapplied physicsthin filmsradiative carrier losses

Broadband 1.5 Ghz Vecsel-Based Laser System for High Speed Multicontrast Nonlinear Imaging. IEEE Photonics Technology Letters (2023)

Thibault A. G. BondazJohn G. McInerneyJerome V. MoloneyR. Jason Jones

photonicsoptoelectronicselectrical engineering

1
2
3
4
5
113
10 / page

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