Jessica M Phillips

Jessica M Phillips

University of Wisconsin-Madison

H-index: 10

North America-United States

About Jessica M Phillips

Jessica M Phillips, With an exceptional h-index of 10 and a recent h-index of 8 (since 2020), a distinguished researcher at University of Wisconsin-Madison, specializes in the field of Cognitive neuroscience, prefrontal cortex, basal ganglia, thalamus.

His recent articles reflect a diverse array of research interests and contributions to the field:

Primate thalamic nuclei select abstract rules and shape prefrontal dynamics

Thalamic deep brain stimulation paradigm to reduce consciousness: Cortico-striatal dynamics implicated in mechanisms of consciousness

Predictive feedback, early sensory representations, and fast responses to predicted stimuli depend on NMDA receptors

Disentangling the influences of multiple thalamic nuclei on prefrontal cortex and cognitive control

Thalamic deep brain stimulation as a paradigm to reduce consciousness: Implications for cortico-striatal dynamics, absence epilepsy and consciousness studies

Consciousness depends on integration between parietal cortex, striatum, and thalamus

Receptors, circuits and neural dynamics for prediction

More than just front or back: Parietal-striatal-thalamic circuits predict consciousness level

Jessica M Phillips Information

University

Position

Assistant Scientist Department of Psychology

Citations(all)

583

Citations(since 2020)

456

Cited By

231

hIndex(all)

10

hIndex(since 2020)

8

i10Index(all)

10

i10Index(since 2020)

7

Email

University Profile Page

University of Wisconsin-Madison

Google Scholar

View Google Scholar Profile

Jessica M Phillips Skills & Research Interests

Cognitive neuroscience

prefrontal cortex

basal ganglia

thalamus

Top articles of Jessica M Phillips

Title

Journal

Author(s)

Publication Date

Primate thalamic nuclei select abstract rules and shape prefrontal dynamics

bioRxiv

Jessica M Phillips

Mohsen Afrasiabi

Niranjan A Kambi

Michelle J Redinbaugh

Summer Steely

...

2024

Thalamic deep brain stimulation paradigm to reduce consciousness: Cortico-striatal dynamics implicated in mechanisms of consciousness

PLoS computational biology

Michelle J Redinbaugh

Mohsen Afrasiabi

Jessica M Phillips

Niranjan A Kambi

Sounak Mohanta

...

2022/7/11

Predictive feedback, early sensory representations, and fast responses to predicted stimuli depend on NMDA receptors

Journal of Neuroscience

Sounak Mohanta

Mohsen Afrasiabi

Cameron P Casey

Sean Tanabe

Michelle J Redinbaugh

...

2021/12/8

Disentangling the influences of multiple thalamic nuclei on prefrontal cortex and cognitive control

Progress in neurobiology

Sima Mofakham

Yuhao Liu

Asher Hensley

Jordan R Saadon

J Adachi

...

2022/1

Thalamic deep brain stimulation as a paradigm to reduce consciousness: Implications for cortico-striatal dynamics, absence epilepsy and consciousness studies

bioRxiv

Michelle J Redinbaugh

Mohsen Afrasiabi

Jessica M Phillips

Niranjan A Kambi

Sounak Mohanta

...

2021/7/27

Consciousness depends on integration between parietal cortex, striatum, and thalamus

Cell systems

Mohsen Afrasiabi

Michelle J Redinbaugh

Jessica M Phillips

Niranjan A Kambi

Sounak Mohanta

...

2021/4/21

Receptors, circuits and neural dynamics for prediction

Available at SSRN 3659396

Sounak Mohanta

Mohsen Afrasiabi

Cameron Casey

Sean Tanabe

Michelle Jordan Redinbaugh

...

2021

More than just front or back: Parietal-striatal-thalamic circuits predict consciousness level

BioRxiv

Mohsen Afrasiabi

Michelle J Redinbaugh

Jessica M Phillips

Niranjan A Kambi

Sounak Mohanta

...

2020/4/9

Thalamus modulates consciousness via layer-specific control of cortex

Neuron

Michelle J Redinbaugh

Jessica M Phillips

Niranjan A Kambi

Sounak Mohanta

Samantha Andryk

...

2020/4/8

See List of Professors in Jessica M Phillips University(University of Wisconsin-Madison)

Co-Authors

H-index: 42
Thilo Womelsdorf

Thilo Womelsdorf

Vanderbilt University

H-index: 12
Niranjan A Kambi

Niranjan A Kambi

University of Wisconsin-Madison

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