Faculty

Institution

Unit

Venue

Frederick Wilder

Assistant Professor

University of Texas at Arlington

Affiliations

College of Science

Department of Physics

Frederick Wilder is currently serving as a College Of Science Assistant Professor at University of Texas At Arlington.

Honors

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Experiences

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Education

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Frederick Wilder

University of Texas at Arlington

Assistant Professor

You can click a keyword to filter the displayed items

planetary sciences space weather space science geophysical research geophysics earth science astronomy atmospheric science solar-terrestrial interaction applied physics magnetospheric plasma magnetic reconnection planetary magnetospheres mms observations space exploration astrophysics particle physics magnetohydrodynamics kelvin-helmholtz instability space physics parallel electric fields observational astronomy magnetospheric multiscale mission plasma science energy conversion space geodesy electrostatic waves dipolarization fronts magnetic fields ionosphere magnetospheric multiscale observations particle acceleration electron diffusion region magnetospheric multiscale northward imf atmospheric research high-energy astrophysics plasma instabilities turbulent magnetosheath transition region geodesy geophysical signal processing benchmark studies lunar science astronautics kelvin-helmholtz waves asymmetric magnetic reconnection facial pain medical history legal medicine pain research world psychiatry health information science internal medicine marine engineering computational geophysics geophysical interpretation applied geophysics geophysical flows astroinformatics case studies radio propagation instrument science field observations space environment predictive modeling prediction modelling space plasma physics cluster headache facial trauma neck disorder clinical case report medical diagnosis electrodynamic interaction electromagnetism physics wave-particle interactions

Notable Scholarly Works

Notable Federal Grants

Collaborators

Earth's Alfv\'En Wings Driven by the April 2023 Coronal Mass Ejection. arXiv (Cornell University) (2024)

Chen, Li-JenGershman, DanielBurkholder, BrandonChen, YuxiSarantos, MenelaosJian, LanDrake, JamesDong, ChuanfeiGurram, HarshaShuster, JasonGraham, DanielContel, Olivier LeSchwartz, StevenMadanian, HadiPollock, CraigLiang, HaomingArgall, MatthewDenton, RichardRice, RachelBeedle, JasonGenestreti, KevinArdakani, AkhtarStanier, AdamLe, AriNg, JonathanBessho, NaokiPandya, MeghaWilder, FrederickGabrieles, ChristineCohen, IanWei, HanyingRussell, Christopher T.Ergun, RobertTorbert, RoyBurch, James

space weatherastronomyearth sciencecoronal mass ejectionplanetary sciences

Earth's AlfvéN Wings Driven by the April 2023 Coronal Mass Ejection. Geophysical Research Letters (2024)

Li‐Jen ChenDaniel GershmanBrandon BurkholderYuxi ChenMenelaos SarantosLan JianJames DrakeChuanfei DongHarsha GurramJason ShusterDaniel B. GrahamOlivier Le ContelSteven J. SchwartzStephen FuselierHadi MadanianCraig PollockHaoming LiangMatthew ArgallRichard E. DentonRachel RiceJason BeedleKevin GenestretiAkhtar ArdakaniAdam StanierAri LeJonathan NgNaoki BesshoMegha PandyaFrederick WilderChristine GabrielseIan CohenHanying WeiChristopher T. RussellRobert ErgunRoy TorbertJames Burch

geophysicsspace weatherearth sciencegeophysical researchatmospheric scienceplanetary sciencescoronal mass ejectionalfven wings

Global Magnetic Reconnection During Sustained Sub‐AlfvéNic Solar Wind Driving. Geophysical Research Letters (2024)

B. L. BurkholderL.‐J. ChenM. SarantosD. J. GershmanM. R. ArgallY. ChenC. DongF. D. WilderO. Le ContelH. Gurram

geophysicsspace weathersolar-terrestrial interactionglobal magnetic reconnectiongeophysical researchearth scienceplanetary sciences

Investigation of a Magnetic Reconnection Event With Extraordinarily High Particle Energization in Magnetotail Turbulence. The Astrophysical Journal Letters (2024)

Yi QiRobert ErgunNeha PathakTai D. PhanJames L. BurchAlexandros ChasapisTak Chu LiSteven J. SchwartzNarges AhmadiTien VoStefan ErikssonDavid NewmanMaria UsanovaFrederick D. Wilder

space weatherastrophysicsmagnetic reconnection eventplanetary sciencesmagnetotail turbulence

Reconnection Signatures in Kelvin Helmholtz Instability in Pic Simulations. Authorea (Authorea) (2024)

Narges AhmadiFrederick WilderRobert E ErgunDavid L. NewmanYi QiKai GermaschewskiStefan ErikssonAlexandros ChasapisScot R. Elkington

reconnection signaturesstabilitykelvin helmholtz instabilitypic simulationsaerospace engineering

The Interplay Between Collisionless Magnetic Reconnection and Turbulence. Space Science Reviews (2024)

J. E. StawarzP. A. MuñozN. BesshoR. BandyopadhyayT. K. M. NakamuraS. ErikssonD. B. GrahamJ. BüchnerA. ChasapisJ. F. DrakeM. A. ShayR. E. ErgunH. HasegawaYu. V. KhotyaintsevM. SwisdakF. D. Wilder

collapse behaviourmagnetismturbulence modelingplanetary sciencesgeodesyplasma instabilitiesastronomygeophysical researchearth scienceatmospheric researchplasma physicsspace sciencespace explorationcollisionless magnetic reconnectionmagnetohydrodynamicsspace weathersolar-terrestrial interactionspace physicscorrelation

Cold Ion Heating in Earth’s Magnetosphere. Bulletin of the AAS (2023)

Maria UsanovaGian Luca DelzannoXiangning ChuDennis GallagherJustin LeeEric LundNaomi MaruyamaXiangrong FuNaritoshi KitamuraSarah VinesSolene LejosneDavid MalaspinaVania JordanovaFrederick WilderLunjin ChenXu LiuJerry GoldsteinScott ThallerLauren Blum

space weathercold ion heatingplanetary magnetospheresatmospheric scienceearth science

Critical Solar Wind Measurements Required for the Next Generation Space Weather Prediction Mission: Science Motivation for the Seven Sisters Mission. Bulletin of the AAS (2023)

Katariina NykyriLaxman AdhikariMatthew ArgallJoseph BorovskyJeffrey BrollBrandon BurkholderSimon DiMatteoRobert Wilkes EbertJan EgedalMichael HesseKatherine HollandTherese Moretto JorgensenShiva KavosiYu-Lun LiouXuanye MaLeon OfmanKeiichi OgasawaraMerav OpherGang Kai PohChristopher RussellDavid SibeckRoy TorbertNicholeen Viall-KepkoSamantha WallaceMatthew WestFrederick WilderSimon Wing

science motivationspace weatherspace scienceastronomysisters mission

Enabling Unprecedented Exploration of Kinetic Plasma Phenomena: Utilizing and Reaching Beyond the Mms Fpi Breakthrough. Bulletin of the American Astronomical Society (2023)

Jason ShusterDaniel GershmanNaoki BesshoShan WangVadim UritskyLi-Jen ChenHarsha GurramA. Surjalal SharmaJohn DorelliJames BurchJames WebsterSteven SchwartzRichard DentonPaul CassakJulia StawarzJonathan NgWilliam PatersonConrad SchiffAdolfo ViñasLevon AvanovYi-Hsin LiuTak Chu LiMatthew ArgallRoy TorbertArya AfshariDominic PayneCharles FarrugiaKevin GenestretiJaye VernieroFrederick WilderDaniel da SilvaColby Haggerty

space explorationmaterials scienceunprecedented explorationkinetic plasma phenomena

Seven Sisters: A Mission to Study Fundamental Plasma Physical Processes in the Solar Wind and a Pathfinder to Advance Space Weather Prediction. Frontiers in Astronomy and Space Sciences (2023)

Katariina NykyriXuanye MaBrandon BurkholderYu-Lun LiouRoberto CuéllarShiva KavosiJoseph E. BorovskyJeff ParkerMitchell RosenLauren De MoudtRobert Wilkes EbertKeiichi OgasawaraMerav OpherDavid Gary SibeckSimone Di MatteoNicholeen ViallSamantha WallaceTherese M. JorgensenMichael HesseMatthew J. WestLaxman AdhikariMatthew R. ArgallJan EgedalFrederick WilderJeffrey BrollGangkai PohSimon WingChristopher Russell

space weatherspace sciencesolar windastronomyspace weather prediction

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Frederick Wilder

Assistant Professor

University of Texas at Arlington

Affiliations

College of Science

Department of Physics

Frederick Wilder is currently serving as a College Of Science Assistant Professor at University of Texas At Arlington.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Frederick Wilder

University of Texas at Arlington

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Earth's Alfv\'En Wings Driven by the April 2023 Coronal Mass Ejection. arXiv (Cornell University) (2024)

space weatherastronomyearth sciencecoronal mass ejectionplanetary sciences

Earth's AlfvéN Wings Driven by the April 2023 Coronal Mass Ejection. Geophysical Research Letters (2024)

geophysicsspace weatherearth sciencegeophysical researchatmospheric scienceplanetary sciencescoronal mass ejectionalfven wings

Global Magnetic Reconnection During Sustained Sub‐AlfvéNic Solar Wind Driving. Geophysical Research Letters (2024)

B. L. BurkholderL.‐J. ChenM. SarantosD. J. GershmanM. R. ArgallY. ChenC. DongF. D. WilderO. Le ContelH. Gurram

geophysicsspace weathersolar-terrestrial interactionglobal magnetic reconnectiongeophysical researchearth scienceplanetary sciences

Investigation of a Magnetic Reconnection Event With Extraordinarily High Particle Energization in Magnetotail Turbulence. The Astrophysical Journal Letters (2024)

Yi QiRobert ErgunNeha PathakTai D. PhanJames L. BurchAlexandros ChasapisTak Chu LiSteven J. SchwartzNarges AhmadiTien VoStefan ErikssonDavid NewmanMaria UsanovaFrederick D. Wilder

space weatherastrophysicsmagnetic reconnection eventplanetary sciencesmagnetotail turbulence

Reconnection Signatures in Kelvin Helmholtz Instability in Pic Simulations. Authorea (Authorea) (2024)

Narges AhmadiFrederick WilderRobert E ErgunDavid L. NewmanYi QiKai GermaschewskiStefan ErikssonAlexandros ChasapisScot R. Elkington

reconnection signaturesstabilitykelvin helmholtz instabilitypic simulationsaerospace engineering

The Interplay Between Collisionless Magnetic Reconnection and Turbulence. Space Science Reviews (2024)

J. E. StawarzP. A. MuñozN. BesshoR. BandyopadhyayT. K. M. NakamuraS. ErikssonD. B. GrahamJ. BüchnerA. ChasapisJ. F. DrakeM. A. ShayR. E. ErgunH. HasegawaYu. V. KhotyaintsevM. SwisdakF. D. Wilder

Cold Ion Heating in Earth’s Magnetosphere. Bulletin of the AAS (2023)

space weathercold ion heatingplanetary magnetospheresatmospheric scienceearth science

Critical Solar Wind Measurements Required for the Next Generation Space Weather Prediction Mission: Science Motivation for the Seven Sisters Mission. Bulletin of the AAS (2023)

science motivationspace weatherspace scienceastronomysisters mission

Enabling Unprecedented Exploration of Kinetic Plasma Phenomena: Utilizing and Reaching Beyond the Mms Fpi Breakthrough. Bulletin of the American Astronomical Society (2023)

space explorationmaterials scienceunprecedented explorationkinetic plasma phenomena

Seven Sisters: A Mission to Study Fundamental Plasma Physical Processes in the Solar Wind and a Pathfinder to Advance Space Weather Prediction. Frontiers in Astronomy and Space Sciences (2023)

space weatherspace sciencesolar windastronomyspace weather prediction

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