Claudia Cea
@claudiacea8
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Incoming Assistant Prof @Yale, Postdoc @MIT, Ph.D. Student @ColumbiaUniversity
Boston, MA
Joined March 2020
Thrilled to be on the 2024 @techreview 35 Under 35 Innovator list! Huge thanks to @EE_ColumbiaSEAS and @mcgovernmit for the incredible support where this work was developed. Excited to continue building on it with my group in the @Yale EE department!
technologyreview.com
She built a flexible system based on ion transistors for human-computer interfaces.
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In celebration of International Women In Engineering Day 🚀 @INWED1919 #INWED25 #WomenInSTEM today we highlight articles by leading women in bioengineering! 🔋 Multifunctional bioelectronics for brain–body circuits by Polina Anikeeva and team: https://t.co/H1lXcjMfsC
nature.com
Nature Reviews Bioengineering - The brain continuously receives, integrates and responds to an influx of sensory signals emerging from the internal organs; this crosstalk is difficult to...
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So happy to share our latest piece in @natrevbioeng on multifunctional bioelectronics for brain–body axis. It was such a great experience working on this with one of my favorite scientists @ath_1910 and my incredible postdoctoral advisor @AnikeevaLab
https://t.co/pJX4AZ68oe
nature.com
Nature Reviews Bioengineering - The brain continuously receives, integrates and responds to an influx of sensory signals emerging from the internal organs; this crosstalk is difficult to...
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Claudia Cea, a postdoctoral associate with @AnikeevaLab, and Christine Tringides, an MIT alum and former member of Professor Polina Anikeeva’s group, are among nine MIT innovators named in Tech Reviews’ Under 35 List. https://t.co/IzuheaP1uZ
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Claudia Cea, l'italiana under 35 premiata dalla rivista del MIT: “Il mio apparecchio, flessibile e sottile come un capello, potrà controllare l'epilessia" - con @RiccardoLuna
repubblica.it
Partita da Cassino per una summer school a San Diego, insegnerà a Yale e cercherà di portare la sua ricerca sul mercato. “La scienza è un mondo meraviglioso: n…
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RT @mcgovernmit: Not one, not two, but *three* McGovern researchers on this list! 🥂 It is wonderful to see the work of @claudiacea8 (@Anike…
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@dk2955 @AnikeevaLab If you are interested in a postdoc or PhD starting in Fall 2025, and have a background or interest in EE, BioE, MechE, MSE, or a related field, please send me your CV at claudia.cea@yale.edu
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A huge thank you to my advisors @dk2955 and @AnikeevaLab for their unwavering guidance and support!
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The rumors are true! I am thrilled to announce that I will join @Yale as an Assistant Professor in the department of Electrical Engineering, starting July 2025 To learn more about my research and lab, check out this great article by the @EE_ColumbiaSEAS!
The Department of Electrical and Computer Engineering @Yale has appointed @Columbia University Electrical Engineering alumna @claudiacea8 as an Assistant Professor, starting July 2025. Congrats Claudia! Read more here: https://t.co/OTGA6UHMeK
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The Department of Electrical and Computer Engineering @Yale has appointed @Columbia University Electrical Engineering alumna @claudiacea8 as an Assistant Professor, starting July 2025. Congrats Claudia! Read more here: https://t.co/OTGA6UHMeK
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A massive congratulation to our Claudia! She will join the Department of Electrical and Computer Engineering at @Yale as Assistant Professor next year- We could not be happier! @claudiacea8 @NeuroE_C @UCIEngineering @Yale
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Fantastic talk from @ilke__uguz about Pedot pss electrodes for spatially controlled microcortical stimulation! @mrs2023
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Check out this work from our own Associate Professor Dion Khodagholy!
Organic electrochemical transistors at their best! ⚡ 🧠Publishing in @NatureMaterials, @claudiacea8, @dk2955, and colleagues @ColumbiaUniver showed high-performance neural implants based on vertical electrochemical transistors. https://t.co/dOJRPoV9I5
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New paper on OLEDs-on-CMOS for interfacing to the brain. https://t.co/5JZ1LyqmFD
nature.com
Nature Electronics - It is shown that 1,024 organic light-emitting diodes can be densely integrated with silicon complementary metal–oxide–semiconductor control circuitry to...
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Our new work featured by Columbia Engineering @CUSEAS
@EE_ColumbiaSEAS Researchers led by @dk2955 have developed a stand-alone, comfortable, fully organic bioelectronic device that can acquire & transmit neurophysiological brain signals while providing power for device operation. Read more: https://t.co/uBZLnGT6w6
@ColumbiaMed
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Integrated internal ion-gated organic electrochemical transistors for stand-alone conformable bioelectronics @dk2955 @ColumbiaMed @EE_ColumbiaSEAS
nature.com
Nature Materials - Organic electronic devices enhance biocompatibility, but have to rely on silicon-based technologies to improve limited speed and integration. This problem is overcome by creating...
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Conformable implantable electronics will expand therapeutic opportunities for bioelectronic devices. Our new transistor, vIGT, incorporates a vertical channel and hydration micro-conduit to enable soft and MHz regime stand-alone neural interface devices. https://t.co/kU9vG54Tbo
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My dear colleague and friend, Claudia Cea @claudiacea8, has just left Columbia to advance her research career as a post-doc at MIT. I was lucky to to work with her over years, and I'm gladly announce that our paper came out today in Nature Materials:
nature.com
Nature Materials - Organic electronic devices enhance biocompatibility, but have to rely on silicon-based technologies to improve limited speed and integration. This problem is overcome by creating...
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