Faculty

Institution

Unit

Venue

Richard Taylor

Professor Department Head

University of Oregon

Affiliations

College of Arts and Sciences

Physics

Richard Taylor is currently serving as a College Of Arts And Sciences Professor Department Head at University of Oregon.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Richard Taylor

University of Oregon

Professor Department Head

You can click a keyword to filter the displayed items

applied physics materials science condensed matter physics physics neuroscience particle physics optoelectronics nanotechnology condensed matter fractals solid-state electronics semiconductors electronics aesthetics fractal analysis visual perception electronic materials semiconductor technology semiconductor devices fractal conductance fluctuations cognitive neuroscience nature magnetoresistance chaos theory semiconductor nanostructures surface nanotechnology aluminum gallium nitride visual science vision research fractal patterns neural science fractal dimension environmental psychology brain science surface characterization low-dimensional systems fractal geometry quantum wires jackson pollock microwave technology nanoscale science charge transport experimental analysis optical engineering neural interfaces aesthetic responses visual complexity fractal fluency interface science surface engineering retina semiconductor materials surface analysis bioacoustics visual processing cognitive psychology physiological responses quantum ratchets visual interest experimental investigation universal conductance fluctuations aharonov-bohm oscillations fractal expressionism wildlife animal cognition power electronics tribology sustainable development applied psychology applied cognitive psychology visual pathways network optimization eeg signal processing order theory oscillation theory personality psychology bio-inspired computation history and philosophy of science retinal implants history of science neurophilosophy cognitive science art

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Evolution of Retinal Neuron Fractality When Interfacing With Carbon Nanotube Electrodes. Bioengineering (2024)

Aiden P. DillonSaba MoslehiBret BrouseSaumya KeremaneSam PhilliberWillem GriffithsConor RowlandJulian H. SmithRichard P. Taylor

carbon nanotubesretinal neuron fractalitybiomedical engineeringneural interfacescarbon nanotube electrodes

Fractal Electronics for Stimulating and Sensing Neural Networks: Enhanced Electrical, Optical, and Cell Interaction Properties. Advances in neurobiology (2024)

S. MoslehiC. RowlandJ. H. SmithW. J. WattersonW. GriffithsR. D. MontgomeryS. PhilliberC. A. MarlowM.-T. PerezR. P. Taylor

electrophysiologyneurosciencefractal electronicsneural networkselectrical engineeringbrain stimulationcell interaction properties

Fractal Fluency: Processing of Fractal Stimuli Across Sight, Sound, and Touch. Advances in neurobiology (2024)

Richard P. TaylorCatherine ViengkhamJulian H. SmithConor RowlandSaba MoslehiSabrina StadloberAnastasija LesjakMartin LesjakBranka Spehar

neural sciencevisual perceptionsoundvisual processingfractal stimulicognitive neuroscienceneurosciencevision researchbrain sciencebioacousticsfractal fluencycognitive science

Fractal Resonance: Can Fractal Geometry Be Used to Optimize the Connectivity of Neurons to Artificial Implants?. Advances in neurobiology (2024)

C. RowlandS. MoslehiJ. H. SmithB. HarlandJ. Dalrymple-AlfordR. P. Taylor

neurologyneural sciencefractal resonancesystems neurosciencecognitive neuroscienceneurosciencebrain scienceartificial implants

Relating the Morphology of Bipolar Neurons to Fractal Dimension. Fractal and Fractional (2024)

Bret BrouseConor RowlandRichard P. Taylor

neurologybipolar neuronsfractal dimensionneural circuitsneuroanatomyneuronsneurosciencemorphology (biology)nervous systemneuronal networksfractals

Using Fractal Iconography to Emulate Nature's Aesthetics.. PubMed (2024)

E OwenC RowlandS PhilliberM E SerenoR P Taylor

natureaestheticsfractal iconographyneuroscienceart

Using Machine Learning to Distinguish Between Authentic and Imitation Jackson Pollock Poured Paintings: A Tile-Driven Approach to Computer Vision. PLoS ONE (2024)

Julian H. SmithCaleb HoltNickolaus H. SmithRichard P. Taylor

computer visionneurosciencemachine learningimage classificationauthenticitypattern recognitionart

Bringing Nature Indoors: Characterizing the Unique Contribution of Fractal Structure and the Effects of Euclidean Context on Perception of Fractal Patterns. Frontiers in Psychology (2023)

Kelly E. RoblesNate Gonzales-HessRichard P. TaylorMargaret E. Sereno

visual sciencepsychological scienceeuclidean contextexperimental psychologyvisual perceptionfractal structurehealth psychologynatureenvironmental psychologyfield observationspsychologycognitive sciencecognitive psychologyperception systemspatial cognitionbehavioral sciencesfractal patterns

Neuron Arbor Geometry is Sensitive to the Limited-Range Fractal Properties of Their Dendrites. Frontiers in Network Physiology (2023)

Conor RowlandJulian H. SmithSaba MoslehiBruce HarlandJohn Dalrymple-AlfordRichard P. Taylor

biophysicsneurophysiologyneurosciencelimited-range fractal properties

Comparison of Fractal and Grid Electrodes for Studying the Effects of Spatial Confinement on Dissociated Retinal Neuronal and Glial Behavior. Scientific Reports (2022)

Saba MoslehiConor RowlandJulian H. SmithWillem GriffithsWilliam J. WattersonCristopher M. NiellBenjamín J. AlemánMaria-Thereza PerezRichard P. Taylor

neurologyspatial confinementfractal analysiselectrophysiologyglial behaviorneurosciencegrid electrodesophthalmologyfractals

1
2
3
4
5
24
10 / page

Richard Taylor

Professor Department Head

University of Oregon

Affiliations

College of Arts and Sciences

Physics

Richard Taylor is currently serving as a College Of Arts And Sciences Professor Department Head at University of Oregon.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Richard Taylor

University of Oregon

Professor Department Head

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Evolution of Retinal Neuron Fractality When Interfacing With Carbon Nanotube Electrodes. Bioengineering (2024)

Aiden P. DillonSaba MoslehiBret BrouseSaumya KeremaneSam PhilliberWillem GriffithsConor RowlandJulian H. SmithRichard P. Taylor

carbon nanotubesretinal neuron fractalitybiomedical engineeringneural interfacescarbon nanotube electrodes

Fractal Electronics for Stimulating and Sensing Neural Networks: Enhanced Electrical, Optical, and Cell Interaction Properties. Advances in neurobiology (2024)

S. MoslehiC. RowlandJ. H. SmithW. J. WattersonW. GriffithsR. D. MontgomeryS. PhilliberC. A. MarlowM.-T. PerezR. P. Taylor

electrophysiologyneurosciencefractal electronicsneural networkselectrical engineeringbrain stimulationcell interaction properties

Fractal Fluency: Processing of Fractal Stimuli Across Sight, Sound, and Touch. Advances in neurobiology (2024)

Richard P. TaylorCatherine ViengkhamJulian H. SmithConor RowlandSaba MoslehiSabrina StadloberAnastasija LesjakMartin LesjakBranka Spehar

neural sciencevisual perceptionsoundvisual processingfractal stimulicognitive neuroscienceneurosciencevision researchbrain sciencebioacousticsfractal fluencycognitive science

Fractal Resonance: Can Fractal Geometry Be Used to Optimize the Connectivity of Neurons to Artificial Implants?. Advances in neurobiology (2024)

C. RowlandS. MoslehiJ. H. SmithB. HarlandJ. Dalrymple-AlfordR. P. Taylor

neurologyneural sciencefractal resonancesystems neurosciencecognitive neuroscienceneurosciencebrain scienceartificial implants

Relating the Morphology of Bipolar Neurons to Fractal Dimension. Fractal and Fractional (2024)

Bret BrouseConor RowlandRichard P. Taylor

neurologybipolar neuronsfractal dimensionneural circuitsneuroanatomyneuronsneurosciencemorphology (biology)nervous systemneuronal networksfractals

Using Fractal Iconography to Emulate Nature's Aesthetics.. PubMed (2024)

E OwenC RowlandS PhilliberM E SerenoR P Taylor

natureaestheticsfractal iconographyneuroscienceart

Using Machine Learning to Distinguish Between Authentic and Imitation Jackson Pollock Poured Paintings: A Tile-Driven Approach to Computer Vision. PLoS ONE (2024)

Julian H. SmithCaleb HoltNickolaus H. SmithRichard P. Taylor

computer visionneurosciencemachine learningimage classificationauthenticitypattern recognitionart

Bringing Nature Indoors: Characterizing the Unique Contribution of Fractal Structure and the Effects of Euclidean Context on Perception of Fractal Patterns. Frontiers in Psychology (2023)

Kelly E. RoblesNate Gonzales-HessRichard P. TaylorMargaret E. Sereno

Neuron Arbor Geometry is Sensitive to the Limited-Range Fractal Properties of Their Dendrites. Frontiers in Network Physiology (2023)

Conor RowlandJulian H. SmithSaba MoslehiBruce HarlandJohn Dalrymple-AlfordRichard P. Taylor

biophysicsneurophysiologyneurosciencelimited-range fractal properties

Comparison of Fractal and Grid Electrodes for Studying the Effects of Spatial Confinement on Dissociated Retinal Neuronal and Glial Behavior. Scientific Reports (2022)

Saba MoslehiConor RowlandJulian H. SmithWillem GriffithsWilliam J. WattersonCristopher M. NiellBenjamín J. AlemánMaria-Thereza PerezRichard P. Taylor

neurologyspatial confinementfractal analysiselectrophysiologyglial behaviorneurosciencegrid electrodesophthalmologyfractals

1
2
3
4
5
24
10 / page

Similar Faculty Members

Judy Z. Wu

Institution

University of Kansas

nanowire

nanonetwork

Jonathan Bird

Institution

University at Buffalo

nanoelectronics

nanonetwork

Robert M. Westervelt

Institution

Harvard University

quantum computing

quantum engineering

Zhiqiang Mao

Institution

Pennsylvania State University

nature physic

quantum materials

Chris Palmstrøm

Institution

University of California, Santa Barbara

materials science

applied physics

Mohit Randeria

Institution

Ohio State University

high-tc superconductivity

nature physic

Nitin Samarth

Institution

Pennsylvania State University

nature physic

quantum information science

Jacek Furdyna

Institution

University of Notre Dame

magnetic semiconductors

nature physic

Shadi Dayeh

Institution

University of California, San Diego

atomic scale microscopy

electronic material growth

Daniel C. Tsui

Institution

Princeton University

electronic material

semiconductor

Similar Faculty Members

Judy Z. Wu

Institution

University of Kansas

nanowire

nanonetwork

Jonathan Bird

Institution

University at Buffalo

nanoelectronics

nanonetwork

Robert M. Westervelt

Institution

Harvard University

quantum computing

quantum engineering

Zhiqiang Mao

Institution

Pennsylvania State University

nature physic

quantum materials

Chris Palmstrøm

Institution

University of California, Santa Barbara

materials science

applied physics

Mohit Randeria

Institution

Ohio State University

high-tc superconductivity

nature physic

Nitin Samarth

Institution

Pennsylvania State University

nature physic

quantum information science

Jacek Furdyna

Institution

University of Notre Dame

magnetic semiconductors

nature physic

Shadi Dayeh

Institution

University of California, San Diego

atomic scale microscopy

electronic material growth

Daniel C. Tsui

Institution

Princeton University

electronic material

semiconductor