Faculty

Institution

Unit

Venue

Katsushi Arisaka

Professor

University of California, Los Angeles

Affiliations

Samueli School of Engineering

Electrical and Computer Engineering

the College

Physics and Astronomy

Katsushi Arisaka is currently serving as an Electrical And Computer Engineering Professor at University of California, Los Angeles.

Honors

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Experiences

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Education

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Katsushi Arisaka

University of California, Los Angeles

Professor

You can click a keyword to filter the displayed items

physics particle physics astronomy dark matter materials science astroparticle physics applied physics instrumentation high energy physics dark matter search nuclear physics experimental physics nuclear science pierre auger observatory observational astronomy high-energy astrophysics astrophysics cosmology nuclear decays instrument science detector physic accelerator technology black holes analytical instrumentation instrumentation engineering accelerator physics optical engineering xenon100 experiment liquid xenon space weather general relativity radiation detection electronic instrumentation surface detector avian biology spatial cognition 3d vision upper limit branching ratio quantum science biomedical imaging physical medicine synchrotron radiation biomedical photonics neutrino astronomy particle cosmology data acquisition computational imaging particle beam atomic spectroscopy luminescence animal physiology animal science affective neuroscience cosmic neutrino background high-energy cosmic ray novel imaging methods statistical review quality review experimental analysis trace elements photonic sensors double beta decay bioacoustics particle accelerators brain organization xenon100 data highest-energy cosmic rays diffuse flux ultrahigh energy tau xenon1t experiment elastic scattering extensive air showers atmospheric effects form factors first measurement biological imaging photon statistic photonics light science biophotonics optical imaging

Notable Scholarly Works

Notable Federal Grants

Collaborators

ERRATUM: Roberts Et Al., “Induction of Short-Term Sensitization by an Aversive Chemical Stimulus in Zebrafish Larvae”. eNeuro (2022)

Adam RobertsJoseph AlzagatitiDuy LyJulia ChornakYuqi MaAsif RazeeGohar ZavradyanUmair KhanJulia LewisAishwarya NatarajanAlisher BaibussinovJasmine EmtageMeghna KomaranchathJared RichardsMichelle HoangJason AlipioEmma LaurentAmit KumarC CampbellRebecca StarkJavier CarmonaAnjum HussainCourtney ScaramellaJenan HusainReed BuckAva JafarpourMiguel GarciaSteve MendozaGerardo SandovalBrandon AgundezAmanda FinkEmily DeutschSarah HernandezKatsushi ArisakaDavid GlanzmanFelicia Osadi

fish biologyzebrafish larvaedevelopmental biologyavian biologymarine biologyshort-term sensitizationaversive chemical stimulus

Grand Unified Theory of Mind and Brain - Part III: Holographic Visual Perception of 3D Space and Shapes. (2022)

Katsushi ArisakaAaron Blaisdell

3d visionvisual perceptioncomputer visioncognitive neuroscienceneurosciencecognitive scienceholographic visual perceptionspatial cognition

Grand Unified Theory of Mind and Brain - Part II: Neural Holographic Tomography (Nht) and Holographic Ring Attractor Lattice (Hal). (2022)

Katsushi Arisaka

systems neuroscienceanimal cognitionneurosciencepart iiaffective neurosciencepsychologyneurolinguisticsbrain organizationcognitive sciencehuman brainbrain modelingcomputational neurosciencebrain functioncognitionneural holographic tomographybrain imagingcognitive neuroscienceneuroethicsvisual sciencebrain mapping

Grand Unified Theory of Mind and Brain - Part I: Space-Time Approach to Dynamic Connectomes of C. Elegans and Human Brains by Mepmos. (2022)

Katsushi Arisaka

neuroinformaticsbrain mechanismssystems neurosciencetheoretical biologyneuroanatomyanimal cognitioncognitive neuroscienceneurosciencebrain organizationhuman brainneurodynamicsdevelopmental cognitive neurosciencecognitive sciencesystems biologyaffective neurosciencecentral nervous systemgenome biologyconnectomics

Visual Perception of 3D Space and Shape in Time - Part I: 2d Space Perception by 2D Linear Translation. bioRxiv (Cold Spring Harbor Laboratory) (2022)

Umaima AfifaJavier CarmonaAmy DinhDiego EspinoTrevor McCarthyBrian TaPatrick WilsonBenjamin AsdellJinwoo BaikArchana BijuSonia ChungChristopher DaoMark DiamondSaba DoustAngela EastDiego EspinoKailey Fleiszig-EvansAdrian FrancoAnthony Garibay-GutierrezAparajeeta GuhaRoshan GunturuLuke HandleyChristina HonoreAbinav KannanJared KhooMira KhoslaChandan KitturAlexandra KwonJessica LeeNicholas LweMylan MayerElizabeth MillsDelilah PinedaPasha PourebrahimJacob RajacichShan RizviLiliana RosalesLeonard SchummerConor SefkowAlexander StangelCindy TaIvy TaNatalie TongKyle TsujimotoAlyssa VuHenry WangAmanda YaresNatsuko YamaguchiKi Woong YoonShuyi YuAaron P. BlaisdellKatsushi Arisaka

visual perceptioncognitive neuroscienceneurosciencecognitive sciencespatial cognition

Visual Perception of 3D Space and Shape in Time - Part II: 3d Space Perception With Holographic Depth. bioRxiv (Cold Spring Harbor Laboratory) (2022)

Isabella BustanobyAndrew KrupienUmaima AfifaBenjamin AsdellMichaela BacaniJames BoudreauJavier CarmonaPranav ChandrashekarMark DiamondDiego EspinoArnav GangalChandan KitturYaochi LiTanvir MannChristian MatamorosTrevor McCarthyElizabeth MillsStephen NazarethJustin NguyenKenya OchoaSophie RobbinsDespoina SparakisBrian TaKian TrengoveTyler XuNatsuko YamaguchiChristine YangEden ZafranAaron P. BlaisdellKatsushi Arisaka

3d visionvisual perceptionneuroscienceholographic depthcognitive sciencespatial cognition

Visual Perception of 3D Space and Shape in Time - Part III 2D Shape Recognition by Log-Scaling. bioRxiv (Cold Spring Harbor Laboratory) (2022)

Brian TaMaria E. M. M. SilvaKelly BartlettUmaima AfifaAnnie AgazaryanRicardo CanelaJavier CarmonaEmmanuel John L. De LeonAlyssa DrostDiego EspinoGuadalupe EspinozaKyleigh FollisPaul GanLauren HoChristina HonoréEmily HuangLuis IbarraTessa JacksonMira KhoslaCaominh LeVictor LiTrevor McCarthyElizabeth MillsSukanya MohapatraYuuki MorishigeNancy NguyenZiyan PengKimya PeyvanMichael PhippsIsabella PoschlJagannathan RangarajanCharÿsa SantosLeonard SchummerSky ShiNatalie SmaleApril SmithDivya SoodCindy TaAnna TranMichelle TranRui WangPatrick WilsonNicole L. YangMegan YuSelena YuAaron P. BlaisdellKatsushi Arisaka

3d visionvisual perceptioncomputer vision3d computer visionshape recognitionneuroscience3d object recognitioncognitive sciencepattern recognitionmachine learning

Visual Perception of 3D Space and Shape in Time - Part IV - 3D Shape Recognition by 3D Rotation. bioRxiv (Cold Spring Harbor Laboratory) (2022)

Caominh LeSamantha PedersenNathaniel ChenJonathan ChanBrian TaPatrick WilsonTrevor McCarthyEmma BarseghyanAnushka ChauhanHind SaifJonathan TuDarren WijayaAnnika ZhangErica LiCamille MarangiSetayesh NekaraeFelicia WangAlice YanovskyUmaima AfifaJavier CarmonaDiego EspinoLeonard SchummerPhillip GudijantoGurleen KaurAndrew LamMatthew MarElizabeth MillsAlexandra NevinsElijah OrtizKyle WheelerAaron BlaisdellKatsushi Arisaka

3d visionvisual perceptioncomputer vision3d computer visionshape recognitionneurosciencecognitive science

Induction of Short-Term Sensitization by an Aversive Chemical Stimulus in Zebrafish Larvae. eNeuro (2020)

Adam C. RobertsJoseph B. AlzagatitiDuy T. LyJulia M. ChornakYuqi MaAsif RazeeGohar ZavradyanUmair KhanJulia LewisAishwarya NatarajanAlisher BaibussinovJasmine EmtageMeghna KomaranchathJared RichardsMichelle HoangJason AlipioEmma LaurentAmit KumarC. S. CampbellRebecca StarkJavier CarmonaAnjum HussainCourtney ScaramellaJenan HusainReed BuckAva JafarpourMiguel GarciaSteve MendozaGerardo SandovalBrandon AgundezAmanda FinkFelicia OsadiEmily DeutschSarah C. HernandezKatsushi ArisakaDavid L. Glanzman

animal physiologyfish biologyphysiologyzebrafish larvaedevelopmental biologysignal transductionshort-term sensitizationaversive chemical stimulus

Lateral Phase Differences in a Population Model of the Visual Cortex Are Sufficient for the Development of Rhythmic Spatial Sampling. bioRxiv (Cold Spring Harbor Laboratory) (2020)

Justin D. YiKatsushi Arisaka

visual cortexrhythmic spatial samplingpopulation modelcognitive neuroscienceneurosciencecomputational neurosciencelateral phase differences

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Katsushi Arisaka

Professor

University of California, Los Angeles

Affiliations

Samueli School of Engineering

Electrical and Computer Engineering

the College

Physics and Astronomy

Katsushi Arisaka is currently serving as an Electrical And Computer Engineering Professor at University of California, Los Angeles.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Katsushi Arisaka

University of California, Los Angeles

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

ERRATUM: Roberts Et Al., “Induction of Short-Term Sensitization by an Aversive Chemical Stimulus in Zebrafish Larvae”. eNeuro (2022)

fish biologyzebrafish larvaedevelopmental biologyavian biologymarine biologyshort-term sensitizationaversive chemical stimulus

Grand Unified Theory of Mind and Brain - Part III: Holographic Visual Perception of 3D Space and Shapes. (2022)

Katsushi ArisakaAaron Blaisdell

3d visionvisual perceptioncomputer visioncognitive neuroscienceneurosciencecognitive scienceholographic visual perceptionspatial cognition

Grand Unified Theory of Mind and Brain - Part II: Neural Holographic Tomography (Nht) and Holographic Ring Attractor Lattice (Hal). (2022)

Katsushi Arisaka

Grand Unified Theory of Mind and Brain - Part I: Space-Time Approach to Dynamic Connectomes of C. Elegans and Human Brains by Mepmos. (2022)

Katsushi Arisaka

Visual Perception of 3D Space and Shape in Time - Part I: 2d Space Perception by 2D Linear Translation. bioRxiv (Cold Spring Harbor Laboratory) (2022)

visual perceptioncognitive neuroscienceneurosciencecognitive sciencespatial cognition

Visual Perception of 3D Space and Shape in Time - Part II: 3d Space Perception With Holographic Depth. bioRxiv (Cold Spring Harbor Laboratory) (2022)

3d visionvisual perceptionneuroscienceholographic depthcognitive sciencespatial cognition

Visual Perception of 3D Space and Shape in Time - Part III 2D Shape Recognition by Log-Scaling. bioRxiv (Cold Spring Harbor Laboratory) (2022)

3d visionvisual perceptioncomputer vision3d computer visionshape recognitionneuroscience3d object recognitioncognitive sciencepattern recognitionmachine learning

Visual Perception of 3D Space and Shape in Time - Part IV - 3D Shape Recognition by 3D Rotation. bioRxiv (Cold Spring Harbor Laboratory) (2022)

3d visionvisual perceptioncomputer vision3d computer visionshape recognitionneurosciencecognitive science

Induction of Short-Term Sensitization by an Aversive Chemical Stimulus in Zebrafish Larvae. eNeuro (2020)

animal physiologyfish biologyphysiologyzebrafish larvaedevelopmental biologysignal transductionshort-term sensitizationaversive chemical stimulus

Lateral Phase Differences in a Population Model of the Visual Cortex Are Sufficient for the Development of Rhythmic Spatial Sampling. bioRxiv (Cold Spring Harbor Laboratory) (2020)

Justin D. YiKatsushi Arisaka

visual cortexrhythmic spatial samplingpopulation modelcognitive neuroscienceneurosciencecomputational neurosciencelateral phase differences

1
2
3
4
5
15
10 / page

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