Faculty

Institution

Unit

Venue

Jonathan Davies

Assistant Professor Research Department of Mechanical Engineering Senior Scientist Laboratory for Laser Energetics LLE

University of Rochester

Affiliations

Hajim School of Engineering & Applied Sciences

Mechanical Engineering

Jonathan Davies is currently serving as a Hajim School Of Engineering & Applied Sciences Assistant Professor Research Department of Mechanical Engineering Senior Scientist Laboratory for Laser Energetics LLE at University of Rochester.

Honors

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Experiences

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Education

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Jonathan Davies

University of Rochester

Assistant Professor Research Department of Mechanical Engineering Senior Scientist Laboratory for Laser Energetics LLE

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applied physics physics particle physics materials science laser science plasma science condensed matter physics magnetism atomic physics nuclear physics laser-plasma interaction instrumentation electrical engineering accelerator technology inertial confinement fusion magnetic fields optoelectronics nuclear fusion instrument science fast ignition fluid dynamics plasma physics numerical simulations experimental analysis solid targets laser-driven cylindrical implosions laser ablation plasma diagnostics electron spectroscopy laser-plasma interactions fast-electron-beam divergence fast electron transport laser-solid interactions hohlraum plasmas condensed matter fusion engineering statistical physics nuclear science fusion science nuclear engineering analytical instrumentation laser intensity fast electron penetration laser pulses high-intensity laser-solid interactions ignitor target studies laser absorption thin-foil solid targets hot-electron equilibration dynamics experimental physics material chemistry electronics mechanical science computational physics nonlinear phenomena quantum science atomic spectroscopy charge transport statistical modeling nuclear energy radiation chemistry radiation generation radiation detection temperature measurement igneous petrogenesis igneous petrology compression (physics) accelerator physics magnetic confinement fundamental plasma physics experimental technology trace metals direct observation trace elements fragmentation effect controlled nuclear fusion ultrafast laser spectroscopy spectroscopy relativistic laser-matter interaction relativistic plasma

Notable Scholarly Works

Notable Federal Grants

Collaborators

Improved Filters for Angular Filter Refractometry. Review of Scientific Instruments (2024)

P. V. HeuerD. HaberbergerS. T. IvancicC. DorrerC. A. WalshJ. R. Davies

materials scienceinstrumentation engineeringinstrumentationangular filter refractometryinstrument scienceapplied physicsimproved filterselectrical engineering

Kinetic Study of Shock Formation and Particle Acceleration in Laser-Driven Quasi-Parallel Magnetized Collisionless Shocks. Physics of Plasmas (2024)

Yu ZhangPeter V. HeuerJonathan R. DaviesDerek B. SchaefferHan WenFernando García-RubioChuang Ren

particle accelerationphysicscollisionless shockskinetic studylaser-plasma interactionshock formation

Transport Coefficient Sensitivities in a Semi-Analytic Model for Magnetized Liner Inertial Fusion. Physics of Plasmas (2024)

Y. LawrenceJ. R. DaviesR. D. McBrideA. B. Sefkow

fusionphysicssemi-analytic modeltransport coefficient sensitivitiesfusion scienceapplied physicsinertial confinement fusion

Demonstration of Neutron-Yield Enhancement by Laser Preheating and Magnetization of Laser-Driven Cylindrical Implosions. Physics of Plasmas (2023)

J. L. PeeblesJ. R. DaviesD. H. BarnakV. Yu. GlebovE. C. HansenP. V. HeuerL. S. LealM. J. BoninoD. R. HardingA. B. SefkowK. J. PetersonD. B. SinarsE. M. CampbellR. Betti

plasma sciencephysicslaser preheatingapplied physicsneutron-yield enhancementparticle physicslaser-driven cylindrical implosions

Final Scientific Report on: Magnetized Shock Physics and Convergent Flows. (2023)

Jonathan DaviesPeter Heuer

convergent flows

Nonlocal Suppression of Biermann Battery Magnetic-Field Generation for Arbitrary Atomic Numbers and Magnetization. Physics of Plasmas (2023)

J. R. Davies

physicsmagnetismarbitrary atomic numbersmagnetic fieldsnonlocal suppression

Performance Scaling With an Applied Magnetic Field in Indirect-Drive Inertial Confinement Fusion Implosions. Physics of Plasmas (2023)

H. SioJ. D. MoodyB. B. PollockD. J. StrozziD. D.-M. HoC. A. WalshG. E. KempB. LahmannS. O. KucheyevB. KozioziemskiE. G. CarrollJ. KrollD. K. YanagisawaJ. AngusB. BachmannA. A. BakerL. B. Bayu AjiS. D. BhandarkarJ. D. BudeL. DivolA. M. EngwallB. FergusonJ. FryL. HaglerE. HartouniM. C. HerrmannW. HsingD. M. HolungaJ. JavedaniA. JohnsonS. KhanD. KalantarT. KohutB. G. LoganN. MastersA. NikrooN. IzumiN. OrsiK. PistonC. ProvencherA. RoweJ. SaterS. J. ShinK. SkulinaW. A. StygarV. TangS. E. WintersG. ZimmermanJ. P. ChittendenB. AppelbeA. BoxallA. CrillyS. O'NeillD. BarnakJ. DaviesJ. PeeblesJ. H. BaeK. ClarkM. HavreM. MauldinM. RatledgeS. VonhofP. AdrianB. ReicheltS. FujiokaM. Fraenkel

physicsparticle physicsapplied physicsapplied magnetic field

Quantitative Proton Radiography and Shadowgraphy for Arbitrary Intensities. High Energy Density Physics (2023)

J.R. DaviesP.V. HeuerA.F.A. Bott

arbitrary intensitiesparticle physicsquantitative proton radiographyplanetary sciences

Synthetic Proton Radiographs for Testing Direct Inversion Algorithms. Zenodo (CERN European Organization for Nuclear Research) (2023)

Jonathan DaviesPeter Heuer

materials sciencenanotechnologysynthetic proton radiographsnuclear physicsradiation oncologynuclear scienceradiologydirect inversion algorithms

Weibel-Like Instability in Magnetohydrodynamics. Physics of Plasmas (2023)

J. R. Davies

magnetohydrodynamicsphysicsweibel-like instability

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Jonathan Davies

Assistant Professor Research Department of Mechanical Engineering Senior Scientist Laboratory for Laser Energetics LLE

University of Rochester

Affiliations

Hajim School of Engineering & Applied Sciences

Mechanical Engineering

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jonathan Davies

University of Rochester

Assistant Professor Research Department of Mechanical Engineering Senior Scientist Laboratory for Laser Energetics LLE

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Improved Filters for Angular Filter Refractometry. Review of Scientific Instruments (2024)

P. V. HeuerD. HaberbergerS. T. IvancicC. DorrerC. A. WalshJ. R. Davies

materials scienceinstrumentation engineeringinstrumentationangular filter refractometryinstrument scienceapplied physicsimproved filterselectrical engineering

Kinetic Study of Shock Formation and Particle Acceleration in Laser-Driven Quasi-Parallel Magnetized Collisionless Shocks. Physics of Plasmas (2024)

Yu ZhangPeter V. HeuerJonathan R. DaviesDerek B. SchaefferHan WenFernando García-RubioChuang Ren

particle accelerationphysicscollisionless shockskinetic studylaser-plasma interactionshock formation

Transport Coefficient Sensitivities in a Semi-Analytic Model for Magnetized Liner Inertial Fusion. Physics of Plasmas (2024)

Y. LawrenceJ. R. DaviesR. D. McBrideA. B. Sefkow

fusionphysicssemi-analytic modeltransport coefficient sensitivitiesfusion scienceapplied physicsinertial confinement fusion

Demonstration of Neutron-Yield Enhancement by Laser Preheating and Magnetization of Laser-Driven Cylindrical Implosions. Physics of Plasmas (2023)

J. L. PeeblesJ. R. DaviesD. H. BarnakV. Yu. GlebovE. C. HansenP. V. HeuerL. S. LealM. J. BoninoD. R. HardingA. B. SefkowK. J. PetersonD. B. SinarsE. M. CampbellR. Betti

plasma sciencephysicslaser preheatingapplied physicsneutron-yield enhancementparticle physicslaser-driven cylindrical implosions

Final Scientific Report on: Magnetized Shock Physics and Convergent Flows. (2023)

Jonathan DaviesPeter Heuer

convergent flows

Nonlocal Suppression of Biermann Battery Magnetic-Field Generation for Arbitrary Atomic Numbers and Magnetization. Physics of Plasmas (2023)

J. R. Davies

physicsmagnetismarbitrary atomic numbersmagnetic fieldsnonlocal suppression

Performance Scaling With an Applied Magnetic Field in Indirect-Drive Inertial Confinement Fusion Implosions. Physics of Plasmas (2023)

physicsparticle physicsapplied physicsapplied magnetic field

Quantitative Proton Radiography and Shadowgraphy for Arbitrary Intensities. High Energy Density Physics (2023)

J.R. DaviesP.V. HeuerA.F.A. Bott

arbitrary intensitiesparticle physicsquantitative proton radiographyplanetary sciences

Synthetic Proton Radiographs for Testing Direct Inversion Algorithms. Zenodo (CERN European Organization for Nuclear Research) (2023)

Jonathan DaviesPeter Heuer

materials sciencenanotechnologysynthetic proton radiographsnuclear physicsradiation oncologynuclear scienceradiologydirect inversion algorithms

Weibel-Like Instability in Magnetohydrodynamics. Physics of Plasmas (2023)

J. R. Davies

magnetohydrodynamicsphysicsweibel-like instability

1
2
3
4
5
17
10 / page

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Similar Faculty Members

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electromagnetism

scientific computing

Chuang Ren

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plasma astrophysics

inertial fusion energy

Riccardo Betti

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electromagnetism

inertial confinement fusion

Suxing Hu

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ion dynamics

high-energy-density physics

Robert L. McCrory

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laser-plasma interaction

laser plasma physic

Mark A. Cappelli

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Stanford University

applied physics

aerospace engineering

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University of California, San Diego

laser-plasma interaction

basic plasma physic

Ian H. Hutchinson

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Massachusetts Institute of Technology

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particle physics

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magnetic flux ropes.

electromagnetism

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high energy astrophysics

astroparticle physics