Faculty

Institution

Unit

Venue

Dmitry Rinberg

Professor

New York University

Affiliations

Grossman School of Medicine

Neuroscience Institute

Dmitry Rinberg is currently serving as a Grossman School Of Medicine Professor at New York 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

Dmitry Rinberg

New York University

Professor

You can click a keyword to filter the displayed items

neuroscience cognitive science animal cognition neurobiological mechanisms electronic noses sensory science nervous system neurophysiology cognitive neuroscience neural mechanisms neural circuits behavioral experiments behavioral neuroscience human brain animal behavior affective neuroscience visual science multisensory integration biological psychology behavioural physiology perception system multiple perceptible signals common psychophysical principles odor stimulus strength signal decorrelation rapid temporal processing human olfactory space cognitive informatics biomedical informatics health informatics computational neuroscience

Notable Scholarly Works

Notable Federal Grants

Collaborators

Mice and Humans Evaluate Odor Stimulus Strength Using Common Psychophysical Principles. bioRxiv (Cold Spring Harbor Laboratory) (2025)

neurobiological mechanismsbehavioural physiologycommon psychophysical principlesanimal behaviorbiological psychologyneurosciencebehavioral experimentsanimal cognitionbehavioral neuroscienceelectronic nosescognitive sciencesensory scienceneurophysiologyodor stimulus strength

Rapid Temporal Processing in the Olfactory Bulb Underlies Concentration Invariant Odor Identification and Signal Decorrelation. Research Square (Research Square) (2025)

cognitive neuroscienceneurobiological mechanismssignal decorrelationneurosciencerapid temporal processingelectronic nosescognitive sciencesensory scienceneurophysiologyneural mechanisms

Units. Figshare (2018)

Multiple Perceptible Signals From a Single Olfactory Glomerulus. Flavour (2014)

neurobiological mechanismsmultisensory integrationneurosciencemultiple perceptible signalsneural mechanismsanimal cognitionneural circuitsnervous system

In Search of the Structure of Human Olfactory Space.

visual sciencenervous systemaffective neuroscienceneuroscienceanimal cognitionhuman olfactory spaceperception systemelectronic nosescognitive sciencesensory sciencecognitive neurosciencehuman brain

1
10 / page

Dmitry Rinberg

Professor

New York University

Affiliations

Grossman School of Medicine

Neuroscience Institute

Dmitry Rinberg is currently serving as a Grossman School Of Medicine Professor at New York 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

Dmitry Rinberg

New York University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Mice and Humans Evaluate Odor Stimulus Strength Using Common Psychophysical Principles. bioRxiv (Cold Spring Harbor Laboratory) (2025)

Rapid Temporal Processing in the Olfactory Bulb Underlies Concentration Invariant Odor Identification and Signal Decorrelation. Research Square (Research Square) (2025)

cognitive neuroscienceneurobiological mechanismssignal decorrelationneurosciencerapid temporal processingelectronic nosescognitive sciencesensory scienceneurophysiologyneural mechanisms

Units. Figshare (2018)

Multiple Perceptible Signals From a Single Olfactory Glomerulus. Flavour (2014)

neurobiological mechanismsmultisensory integrationneurosciencemultiple perceptible signalsneural mechanismsanimal cognitionneural circuitsnervous system

In Search of the Structure of Human Olfactory Space.

visual sciencenervous systemaffective neuroscienceneuroscienceanimal cognitionhuman olfactory spaceperception systemelectronic nosescognitive sciencesensory sciencecognitive neurosciencehuman brain

1
10 / page

Similar Faculty Members

John D. Allison, Ph.D

Institution

Vanderbilt University

central visual pathways

visual system

Donald Katz

Institution

Brandeis University

neuroscience

cognitive neuroscience

Kenneth C. Catania

Institution

Vanderbilt University

neuroscience

animal cognition

Regina M. Sullivan

Institution

New York University

neurodevelopmental disorder

neuroscience

Donald A Wilson

Institution

New York University

brain function

neuroscience

Jay Gottfried

Institution

University of Pennsylvania

cognitive science

neuroscience

Howard C Hughes

Institution

Dartmouth College

visual system

multisensory integration

Katalin Gothard

Institution

University of Arizona

brain organization

psychology

Thomas A. Cleland

Institution

Cornell University

bio-inspired computation

natural computing

J. Anthony Movshon

Institution

New York University

psychology

visual development

Similar Faculty Members

John D. Allison, Ph.D

Institution

Vanderbilt University

central visual pathways

visual system

Donald Katz

Institution

Brandeis University

neuroscience

cognitive neuroscience

Kenneth C. Catania

Institution

Vanderbilt University

neuroscience

animal cognition

Regina M. Sullivan

Institution

New York University

neurodevelopmental disorder

neuroscience

Donald A Wilson

Institution

New York University

brain function

neuroscience

Jay Gottfried

Institution

University of Pennsylvania

cognitive science

neuroscience

Howard C Hughes

Institution

Dartmouth College

visual system

multisensory integration

Katalin Gothard

Institution

University of Arizona

brain organization

psychology

Thomas A. Cleland

Institution

Cornell University

bio-inspired computation

natural computing

J. Anthony Movshon

Institution

New York University

psychology

visual development