Faculty

Institution

Unit

Venue

Matthew Wisniewski

PhD

Kansas State University

Affiliations

College of Arts and Sciences

Department of Psychological Sciences

Matthew Wisniewski is currently serving as a College Of Arts And Sciences PhD at Kansas State University.

Honors

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Experiences

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Education

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Matthew Wisniewski

Kansas State University

PhD

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cognitive science neuroscience psychology cognitive neuroscience audiology auditory science hearing research bioacoustics behavioral sciences electrophysiology neurophysiology psychoacoustics experimental psychology hearing loss eeg signal processing neuroimaging avian biology auditory physiology psychophysics perceptual learning auditory perceptual learning spatial cognition generalization gradients systems neuroscience machine vision educational psychology psychological science applied cognitive psychology cognitive electrophysiology psychodynamic working memory brain science acoustical engineering object recognition tobacco use acoustical oceanography underwater acoustics effortful listening auditory training complex sounds learning-related shifts neurorehabilitation affective neuroscience animal cognition applied psychology music perception tobacco control online information spectral theory ocean sciences speech processing brain stimulation neurodynamics sequential learning predictive learning imitative learning brain imaging independent component analysis brain mapping perception system multisensory integration speech enhancement belief revision memory loss human memory metacognition audio electroacoustics alpha-power enhancements decision-related erp dynamics auditory detection electroencephalographic data auditory distance cues incidental learning auditory distance perception brain dynamics adverse conditions neural network attention neurolinguistics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Echoes From Sensory Entrainment in Auditory Working Memory for Pitch. Brain Sciences (2024)

Matthew G. Wisniewski

brain scienceauditory working memoryneurosciencesensory entrainment

Finding Tau Rhythms in Eeg: An Independent Component Analysis Approach. Human Brain Mapping (2024)

Matthew G. WisniewskiChelsea N. JoynerAlexandria C. ZakrzewskiScott Makeig

brain imagingcognitive neuroscienceneurosciencehuman braineeg signal processingtau rhythmscomputational neuroscienceneuroimagingindependent component analysisbrain mapping

Not Fully Remembered, but Not Forgotten: Interfering Sounds Worsen but Do Not Eliminate the Representation of Pitch in Working Memory. Attention Perception & Psychophysics (2024)

Michael A. TollefsrudChelsea N. JoynerAlexandria C. ZakrzewskiMatthew G. Wisniewski

interfering soundsmemoryattentionneurosciencemusic perceptionspeech perceptionpsychophysicscognitive sciencepsycholinguisticsworking memorypsychologycognition

You Can Make It Too Easy: Simulating Easy-To-Hard Effects in Auditory Perceptual Learning With an Unsupervised Neural Network Model of Plasticity. Auditory Perception & Cognition (2024)

Matthew G. WisniewskiEduardo MercadoBarbara A. Church

auditory scienceauditory perceptual learningeasy-to-hard effectscognitive sciencecognitionplasticity

Auditory Short-Term Memory for Pitch Loses Precision Over Time. JASA Express Letters (2023)

Matthew G. WisniewskiMichael A. Tollefsrud

auditory sciencememorycognitive neuroscienceneurosciencehearing researchcognitive scienceauditory short-term memory

Effortful Listening Produces Both Enhancement and Suppression of Alpha in the Eeg. Auditory Perception & Cognition (2023)

Matthew G. WisniewskiAlexandria C. Zakrzewski

auditory sciencespeech enhancementelectrophysiologycognitive neuroscienceneuroscienceeffortful listeningeeg signal processingaudiology

Late Erp Correlates of Confidence for Auditory Categorization of Complex Sounds. Neuroscience Letters (2023)

Alexandria C. ZakrzewskiBrian ManiscalcoMatthew G. Wisniewski

auditory categorizationcomplex soundslate erp correlatescognitive neuroscienceneuroscience

Learning to Detect Auditory Signals in Noise: Active Top-Down Selection and Stable Change in Signal Representations.. Journal of Experimental Psychology Human Perception & Performance (2023)

Matthew G WisniewskiChelsea N JoynerAlexandria C ZakrzewskiAlexys Anguiano

psychoacousticsauditory scienceactive top-down selectionexperimental psychologysignal processingsignal detectionstable changeauditory signalssignal representationspsychologybioacousticshuman performancecognitive sciencebehavioral sciencesnoise

Familiarization With Meaningless Sound Patterns Facilitates Learning to Detect Those Patterns Among Distracters. Frontiers in Psychology (2022)

Matthew G. Wisniewski

psychological scienceexperimental psychologyattentionspeech processinglanguage processing in the brainbehavioral neurosciencepsychophysicsspeech perceptionpsychologyfeedback loopapplied cognitive psychologymeaningless soundcognitive sciencecognitive psychologybehavioral sciencesmusic psychology

The Impacts of Training on Change Deafness and Build-Up in a Flicker Task. PLoS ONE (2022)

Natalie BallMatthew WisniewskiBrian SimpsonEduardo Mercado

performance evaluationneurosciencechange deafnessflicker taskrehabilitation

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Matthew Wisniewski

PhD

Kansas State University

Affiliations

College of Arts and Sciences

Department of Psychological Sciences

Matthew Wisniewski is currently serving as a College Of Arts And Sciences PhD at Kansas State 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

Matthew Wisniewski

Kansas State University

PhD

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Echoes From Sensory Entrainment in Auditory Working Memory for Pitch. Brain Sciences (2024)

Matthew G. Wisniewski

brain scienceauditory working memoryneurosciencesensory entrainment

Finding Tau Rhythms in Eeg: An Independent Component Analysis Approach. Human Brain Mapping (2024)

Matthew G. WisniewskiChelsea N. JoynerAlexandria C. ZakrzewskiScott Makeig

brain imagingcognitive neuroscienceneurosciencehuman braineeg signal processingtau rhythmscomputational neuroscienceneuroimagingindependent component analysisbrain mapping

Not Fully Remembered, but Not Forgotten: Interfering Sounds Worsen but Do Not Eliminate the Representation of Pitch in Working Memory. Attention Perception & Psychophysics (2024)

Michael A. TollefsrudChelsea N. JoynerAlexandria C. ZakrzewskiMatthew G. Wisniewski

interfering soundsmemoryattentionneurosciencemusic perceptionspeech perceptionpsychophysicscognitive sciencepsycholinguisticsworking memorypsychologycognition

You Can Make It Too Easy: Simulating Easy-To-Hard Effects in Auditory Perceptual Learning With an Unsupervised Neural Network Model of Plasticity. Auditory Perception & Cognition (2024)

Matthew G. WisniewskiEduardo MercadoBarbara A. Church

auditory scienceauditory perceptual learningeasy-to-hard effectscognitive sciencecognitionplasticity

Auditory Short-Term Memory for Pitch Loses Precision Over Time. JASA Express Letters (2023)

Matthew G. WisniewskiMichael A. Tollefsrud

auditory sciencememorycognitive neuroscienceneurosciencehearing researchcognitive scienceauditory short-term memory

Effortful Listening Produces Both Enhancement and Suppression of Alpha in the Eeg. Auditory Perception & Cognition (2023)

Matthew G. WisniewskiAlexandria C. Zakrzewski

auditory sciencespeech enhancementelectrophysiologycognitive neuroscienceneuroscienceeffortful listeningeeg signal processingaudiology

Late Erp Correlates of Confidence for Auditory Categorization of Complex Sounds. Neuroscience Letters (2023)

Alexandria C. ZakrzewskiBrian ManiscalcoMatthew G. Wisniewski

auditory categorizationcomplex soundslate erp correlatescognitive neuroscienceneuroscience

Learning to Detect Auditory Signals in Noise: Active Top-Down Selection and Stable Change in Signal Representations.. Journal of Experimental Psychology Human Perception & Performance (2023)

Matthew G WisniewskiChelsea N JoynerAlexandria C ZakrzewskiAlexys Anguiano

Familiarization With Meaningless Sound Patterns Facilitates Learning to Detect Those Patterns Among Distracters. Frontiers in Psychology (2022)

Matthew G. Wisniewski

The Impacts of Training on Change Deafness and Build-Up in a Flicker Task. PLoS ONE (2022)

Natalie BallMatthew WisniewskiBrian SimpsonEduardo Mercado

performance evaluationneurosciencechange deafnessflicker taskrehabilitation

1
2
3
4
5
6
10 / page

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Institution

University of Connecticut

speech processing

neurolinguistics

Marcia Grabowecky

Institution

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attention

developmental cognitive neuroscience

Devin McAuley

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music psychology

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Kourosh Saberi

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Joel S. Snyder

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applied cognitive psychology

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Beverly A. Wright

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Adrian KC Lee

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Arthur Samuel

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speech perception

language learning