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Shayok "Shay" Dutta, PhD


I'm just an investment the world is going to underestimate

Shay is currently a post-doctoral fellow in the Department of Neurosurgery at University of Colorado Anschutz Medical Campus in the BIOElectrics lab under the direction of Dr. Cristin Welle. He ultimately aims to study VNS and it's applications in cognitive flexibility and mental health in both pre-clinical and clinical models.

During his PhD, Shay mastered the ability to talk about himself in the third person and worked under guidance of Dr. Caleb Kemere in the Realtime Neural Engineering Lab at Rice University where he was trained up as a rodent hippocampal electrophysiologist while coming from a Electrical and Computer Engineering background. His work was in interrogating hippocampal sharp-wave ripples in realtime within a object recognition task leading to novel insights (in prep.). See Research and Publications & Posters sections.

Outside of work, Shay enjoys cuddling his two big bun buns while they actively try to escape his smothering love. He is also very active being a former athlete and enjoys cuddling other animals ranging from cows (moo!) to dogs (bork!) as well! His niece, who is a cat, seems to enjoy sitting on his lap while he makes a website. Shay also often times stares into the existential void. See About Me section for more.

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Shayok "Shay" Dutta, PhD

I'm just an investment the world is going to underestimate

Shay is currently a post-doctoral fellow in the Department of Neurosurgery at University of Colorado Anschutz Medical Campus in the BIOElectrics lab under the direction of Dr. Cristin Welle. He is studying VNS and it's applications in cognitive flexibility and mental health in both pre-clinical and clinical models.

During his PhD, Shay mastered the ability to talk about himself in the third person and worked under guidance of Dr. Caleb Kemere in the Realtime Neural Engineering Lab at Rice University where he was trained up as a rodent hippocampal electrophysiologist while coming from a Electrical and Computer Engineering background. His work was in interrogating hippocampal sharp-wave ripples in realtime within a object recognition task leading to novel insights (in prep.). See Research and Publications & Posters sections.

Outside of work, Shay enjoys cuddling his two big bun buns while they actively try to escape his smothering love. He is also very active being a former athlete and enjoys cuddling other animals ranging from cows (moo!) to dogs (bork!) as well! His niece, who is a cat, seems to enjoy sitting on his lap while he makes a website. Shay also often times stares into the existential void. See About Me section for more.

Research

How can I make life more wonderful?

Ultimately, my drive and research goals revolve around this simple question. I am extremely passionate about mental health and wellbeing and ultimately aim to neuroscientifically study mental health disorders (including fear, anxiety, depression, addiction, and OCD) and engineer therapeutic interventions to assist people in overcoming these challenges. I believe effective neuropsychiatry in the future involves a combination of technological stimulation or feedback in conjunction with psychotherapy and/or pharmacology. I hope to help realize this future and accelerate not only recovery but also promote overall cerebral wellness and strength.

CUAnschutzPostdoc

Postdoc

Unlearning & forgetting sciencing & engineering?

VNS things plus mental health applications! Pre-clinical as well as clinical work to come!

RicePhd

PhD

Learning & memory sciencing

Rats need SWRs to consolidate object place memories. Longer ripples may be of key importance?

Selected Publications & Posters

Pubbies

Dutta, S., Ackermann, E., & Kemere, C. (2018). Analysis of an open source, closed-loop, realtime system for hippocampal sharp-wave ripple disruption. Journal of neural engineering, 16(1), 016009.


Singer, A., Dutta, S., Lewis, E., Chen, Z., Chen, J. C., Verma, N., ... & Robinson, J. T. (2020). Magnetoelectric materials for miniature, wireless neural stimulation at therapeutic frequencies. Neuron, 107(4), 631-643.

Dutta, S., Gao, S., Chu, J. P., & Kemere, C. (2020). Tracing a path for memory in the hippocampus. Neuron, 107(2), 199-201.

Wang, W., Jiang, L., Dutta, S., Su, Y., Chen, Z., Yu, Z., ... & Yang, K. (2023, June). A 36nW CMOS Temperature Sensor with less than 0.1 K Inaccuracy and Uniform Resolution. In 2023 IEEE Symposium on VLSI Technology and Circuits (VLSI Technology and Circuits) (pp. 1-2). IEEE.

Posters

Interface Rice 2023 Interrogating the role of hippocampal sharp-wave ripples in curiosity-driven spontaneous memory formation

RNEL Lab Poster 2022

SFN 2019 Selective disruption of hippocampal sharp-wave ripples leads to impaired object-place recognition memory

University of Texas Learning & Memory Conference 2019 Selective disruption of hippocampal sharp-wave ripples leads to impaired object-place recognition memory

Affiliates Day 2017 Low latency, open-source, closed-loop system for sharp-wave ripple detection system

SFN 2017 Low latency, open-source, closed-loop system for sharp-wave ripple detection system

University of Texas Learning & Memory Conference 2017 Low latency, closed-loop, real-time hippocampal sharp-wave ripple detection system

SFN 2016 Low latency, closed-loop, real-time hippocampal sharp-wave ripple detection system

NeuroX 2016 Real-time sharp-wave ripple detection system

Contact Me!

Hit me up for a cup of coffee, zoomie, pie, or whatever. Send a calendar invite to my gmail account please.

shayok.dutta@cuanschutz.edu
shayok.dutta@rice.edu
pseudoscience@rice.edu
rodentphrenologist@rice.edu
shayokdutta@gmail.com