Faculty

Institution

Unit

Venue

Nicholas Harmon

Assistant Professor

Coastal Carolina University

Affiliations

Coastal Carolina University

Gupta College of Science

Department Of Physics And Engineering Science

Department of Physics and Engineering Science

Department Of Secondary Science Education

Department of Physics and Engineering Science

Wall College of Business

The Clay Brittain Jr. Center for Resort Tourism

Nicholas Harmon is currently serving as a Coastal Carolina University Assistant Professor at Coastal Carolina University.

Honors

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Experiences

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Education

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Nicholas Harmon

Coastal Carolina University

Assistant Professor

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applied physics materials science physics condensed matter physics spintronics optoelectronics magnetoresistance electrical engineering electronics solid-state electronics condensed matter organic electronics magnetic resonance electronic materials semiconductors microelectronics particle physics nuclear physics semiconductor devices thin films semiconductor nanostructures semiconductor technology nuclear science interface science material chemistry optical engineering power electronics advanced functional materials nuclear engineering conducting polymers conjugated polymers charge transport ferromagnetism spintronic materials electron diffraction organic magnetoresistance polymer testing polymer composites dynamic nuclear polarization electron physic organic solids exciplex light emission immense magnetic response spin-charge dynamics spin relaxation mechanisms semiclassical theory electric polarization control oxide tunnel junctions advanced energy material nuclear materials energy chemistry nano energy polymer stability organic charge-transfer compound semiconducting polymers circuit analysis nuclear safety in-situ conversion nuclear power high-tc superconductivity molecule-based magnet silicon on insulator semiconductor device fabrication novel interface photo-electrochemical cell photoelectrochemistry wave scattering synthesis methods radical (chemistry) spin-flip induced magnetoresistance optical information organic magnetoelectroluminescence room temperature transduction soluble polythiophene conjugated backbone spin-spin interactions fundamental physics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Phenomenological Modeling of Electron–Hole Recombination in Promising Photocatalytic Magnetic Materials. The Journal of Physical Chemistry Letters (2025)

photoelectrochemistrymaterials sciencecatalysismagnetismphotocatalysisphoto-electrochemical cellapplied physicsphenomenological modelingenergy chemistrynano energy

Elastic Electron Scattering From Be, Mg, and Ca. Atoms (2024)

physicsatomic physicscrystal researchcondensed mattercondensed matter physicselectron diffractionelastic electronelectron physicapplied physicswave scattering

Generation of Charge Current by the Inverse Stern-Gerlach Effect in Semiconductors. Physical review. B./Physical review. B (2024)

physicscharge transportelectromagnetismelectronic engineeringelectronic materialssemiconductor devicesinverse stern-gerlach effectsolid-state electronicselectronicsquantum engineeringelectrical engineeringsemiconductorsapplied physicssemiconductor technology

Tunable Zero-Field Magnetoresistance Responses in Si Transistors: Origins and Applications. Journal of Applied Physics (2024)

Stephen J. MoximNicholas J. HarmonKenneth J. MyersJames P. AshtonElias B. FrantzMichael E. FlattéPatrick M. LenahanJason T. Ryan

materials sciencesi transistorselectronicssemiconductor technologymicroelectronicsapplied physicsoptoelectronicsmagnetoresistance

Generation of Charge Current by the Inverse Stern-Gerlach Effect and the Suppression of Spin Transport Due to Spin Counter-Current Exchange in Semiconductors. arXiv (Cornell University) (2023)

physicsmagnetic resonancecounter-current exchangespin phenomenonspin dynamicsinverse stern-gerlach effectspintronicsmagnetismelectronicssemiconductorsspin transportapplied physics

Near Zero Field Magnetoresistance Spectroscopy: A New Tool in Semiconductor Reliability Physics. 2022 IEEE International Reliability Physics Symposium (IRPS) (2023)

P. M. LenahanE. B. FrantzS. W. KingM. A. AndersS. J. MoximJ. P. AshtonK. J. MyersM. E. FlattéN. J. Harmon

materials sciencesemiconductor reliability physicsreliabilitymagnetoresistance

Spin-Dependent Capture Mechanism for Magnetic Field Effects on Interface Recombination Current in Semiconductor Devices. Applied Physics Letters (2023)

Nicholas J. HarmonJames P. AshtonPatrick M. LenahanMichael E. Flatté

materials sciencespin-dependent capture mechanismspintronicselectronicselectrical engineeringmicroelectronicsapplied physicsoptoelectronicsmagnetic field effects

Driving a Pure Spin Current From Nuclear-Polarization Gradients. Physical review. B./Physical review. B (2022)

N. J. HarmonM. E. Flatté

physicsnuclear-polarization gradientsnuclear physicsparticle physicsspintronics

Effects of 29Si and 1H on the Near-Zero Field Magnetoresistance Response of Si/Sio2 Interface States: Implications for Oxide Tunneling Currents. Applied Physics Letters (2021)

Elias B. FrantzDavid J. MichalakNicholas J. HarmonEric M. HenryMichael E. FlattéSean W. KingJames S. ClarkePatrick M. Lenahan

thin filmstechnologymaterials sciencesemiconductor nanostructuresinterface sciencesurface scienceelectronic materialssemiconductor devicesoxide tunneling currentscondensed matter physicssolid-state electronicselectronicssemiconductor technologysemiconductorsmicroelectronicsapplied physicshigh-tc superconductivitymagnetoresistance

Electrically Detected Magnetic Resonance and Near-Zero Field Magnetoresistance in 28Si/28sio2. Journal of Applied Physics (2021)

Elias B. FrantzDavid J. MichalakNicholas J. HarmonEric M. HenryStephen J. MoximMichael E. FlattéSean W. KingJames S. ClarkePatrick M. Lenahan

thin filmsmaterials sciencemagnetic resonanceelectronic materialssemiconductor devicescondensed matter physicssolid-state electronicselectronicssemiconductorselectrical engineeringnear-zero field magnetoresistanceapplied physics

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Nicholas Harmon

Assistant Professor

Coastal Carolina University

Affiliations

Coastal Carolina University

Gupta College of Science

Department Of Physics And Engineering Science

Department of Physics and Engineering Science

Department Of Secondary Science Education

Department of Physics and Engineering Science

Wall College of Business

The Clay Brittain Jr. Center for Resort Tourism

Nicholas Harmon is currently serving as a Coastal Carolina University Assistant Professor at Coastal Carolina University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Nicholas Harmon

Coastal Carolina University

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Phenomenological Modeling of Electron–Hole Recombination in Promising Photocatalytic Magnetic Materials. The Journal of Physical Chemistry Letters (2025)

photoelectrochemistrymaterials sciencecatalysismagnetismphotocatalysisphoto-electrochemical cellapplied physicsphenomenological modelingenergy chemistrynano energy

Elastic Electron Scattering From Be, Mg, and Ca. Atoms (2024)

physicsatomic physicscrystal researchcondensed mattercondensed matter physicselectron diffractionelastic electronelectron physicapplied physicswave scattering

Generation of Charge Current by the Inverse Stern-Gerlach Effect in Semiconductors. Physical review. B./Physical review. B (2024)

Tunable Zero-Field Magnetoresistance Responses in Si Transistors: Origins and Applications. Journal of Applied Physics (2024)

Stephen J. MoximNicholas J. HarmonKenneth J. MyersJames P. AshtonElias B. FrantzMichael E. FlattéPatrick M. LenahanJason T. Ryan

materials sciencesi transistorselectronicssemiconductor technologymicroelectronicsapplied physicsoptoelectronicsmagnetoresistance

Generation of Charge Current by the Inverse Stern-Gerlach Effect and the Suppression of Spin Transport Due to Spin Counter-Current Exchange in Semiconductors. arXiv (Cornell University) (2023)

physicsmagnetic resonancecounter-current exchangespin phenomenonspin dynamicsinverse stern-gerlach effectspintronicsmagnetismelectronicssemiconductorsspin transportapplied physics

Near Zero Field Magnetoresistance Spectroscopy: A New Tool in Semiconductor Reliability Physics. 2022 IEEE International Reliability Physics Symposium (IRPS) (2023)

P. M. LenahanE. B. FrantzS. W. KingM. A. AndersS. J. MoximJ. P. AshtonK. J. MyersM. E. FlattéN. J. Harmon

materials sciencesemiconductor reliability physicsreliabilitymagnetoresistance

Spin-Dependent Capture Mechanism for Magnetic Field Effects on Interface Recombination Current in Semiconductor Devices. Applied Physics Letters (2023)

Nicholas J. HarmonJames P. AshtonPatrick M. LenahanMichael E. Flatté

materials sciencespin-dependent capture mechanismspintronicselectronicselectrical engineeringmicroelectronicsapplied physicsoptoelectronicsmagnetic field effects

Driving a Pure Spin Current From Nuclear-Polarization Gradients. Physical review. B./Physical review. B (2022)

N. J. HarmonM. E. Flatté

physicsnuclear-polarization gradientsnuclear physicsparticle physicsspintronics

Effects of 29Si and 1H on the Near-Zero Field Magnetoresistance Response of Si/Sio2 Interface States: Implications for Oxide Tunneling Currents. Applied Physics Letters (2021)

Elias B. FrantzDavid J. MichalakNicholas J. HarmonEric M. HenryMichael E. FlattéSean W. KingJames S. ClarkePatrick M. Lenahan

Electrically Detected Magnetic Resonance and Near-Zero Field Magnetoresistance in 28Si/28sio2. Journal of Applied Physics (2021)

Elias B. FrantzDavid J. MichalakNicholas J. HarmonEric M. HenryStephen J. MoximMichael E. FlattéSean W. KingJames S. ClarkePatrick M. Lenahan

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10 / page