Christopher Slaughter
@ChrisSlaughter_
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Outreach day today in the lab, thanks to @RubenRuizMateos @ChrisSlaughter_ @skissovsky for their inspiring presentations!
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Recent Advances in Stimuli-Responsive Materials and Soft Robotic Actuators for Bioelectronic Medicine @ChaoqunDong @Cambridge_Eng @BioelectronicsL @cambridge_ee
advanced.onlinelibrary.wiley.com
This review explores the integration of responsive materials and soft robotic actuators with implantable electronics to address key challenges in bioelectronic medicine. By enabling shape actuation,...
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Check out our new publication, a new way to pattern soft bioelectronics - *3D freeze-printing of binder-free PEDOT:PSS* https://t.co/3A1guXpF0w
onlinelibrary.wiley.com
We present a 3D freeze-printing strategy for PEDOT:PSS with DMSO, achieving over 350% conductivity enhancement through freezing-induced polymer reorganization. This mild process avoids harsh and...
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An innovative method for improving single #photon collection – an essential step in advancing secure communications, high-precision imaging & #quantum computing – has been developed by researchers @Cambridge_Uni & the @NIST
https://t.co/xAg2mzVT15
@cambridge_ee
#photonics
eng.cam.ac.uk
An innovative method for improving single photon collection – an essential step in advancing secure communications, high-precision imaging and quantum computing – has been developed by researchers at
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We are excited to announce our next seminar with Prof. @scotttomkeene from @RiceUniversity 📅 Tuesday, 24 June 2025 🕑 2:00 PM (London) 💻 Online via Microsoft Teams 👉 Register here: https://t.co/yeWsHXdDj2
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🧠💡 Heat hack for bioelectronics? Cambridge researchers have developed a simple thermal trick to enhance the performance of a promising material for brain–computer interfaces and medical implants. 👉Read more: https://t.co/jeyG82z1YW
#Neurotech #Bioelectronics #MedicalDevices
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Stimuli-Responsive Materials and Soft Robotic Actuators for Bioelectronic Medicine @ChaoqunDong @BioelectronicsL @Cambridge_Eng @cambridge_ee
advanced.onlinelibrary.wiley.com
This review explores the integration of responsive materials and soft robotic actuators with implantable electronics to address key challenges in bioelectronic medicine. By enabling shape actuation,...
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New #research involving scientists from @Cambridge_Uni, @RiceUniversity & @Stanford could make #bioelectronic devices easier and more reliable to manufacture – all thanks to a chance discovery made during an experiment https://t.co/GtXGZrQjgb
@BioelectronicsL @GeorgeMalliaras
eng.cam.ac.uk
New research involving a team of scientists from the University of Cambridge, Rice University and Stanford University, could make bioelectronic devices easier and more reliable to manufacture – all
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Delighted to announce that the website for the European Conference of Molecular Electronics (ECME 2025) is now live. Submit your abstract here: https://t.co/MHReOZ39pb See you @Cambridge_Uni
ecme2025.eu
Join us in Cambridge, UK, for ECME 2025 – a premier conference showcasing the latest advances in molecular electronics. September 22–26, 2025.
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Thanks @GeorgeMalliaras! Thankful for the opportunity to share our work at such an amazing conference. This wouldn’t have been possible without the support of the amazing team we have at @BioelectronicsL
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Do you like working with PEDOT:PSS but are tired of dealing with cross-linkers? In our recent work led by @sdoshi0 and Margaux Forner, we show that PEDOT:PSS becomes water stable after baking at 150 °C for 2 min. Now available at @AdvPortfolio:
advanced.onlinelibrary.wiley.com
Instead of using chemical cross–linkers, it is shown that PEDOT:PSS thin films for bioelectronics become water-stable after a simple heat treatment. The heat treatment is compatible with a range of...
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Our speakers from InnoLAE Session 6 on Bioelectronics: -Eleni Stavrinidou, Linköping University -Christopher Slaughter, Uni of Cambridge -Henrique Gomes, Coimbra University -Ruben Ruiz-Mateos Serrano, Uni of Cambridge -Josée Mallah, Uni of Cambridge #bioelectronics
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Opportunity to join our team @BioelectronicsL @Cambridge_Eng @cambridge_ee ! We are looking for a Research Associate in In Vivo Electrophysiology https://t.co/s7RIvcADM3 Please RT
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Conducting Polymer Microelectrode Arrays for Simultaneous Electrophysiology and Advanced Brain Imaging @SagnikSM @AlejCarnicer @Vin_Curto @baronedg @mng_ceb @BioelectronicsL @cambridge_ee @Cambridge_Eng @cebcambridge
advanced.onlinelibrary.wiley.com
A flexible micro-electrocorticography array with PEDOT:SS electrodes is shown to be compatible with ultra-high magnetic field MRI up to 9.4 T. Multimodal brain monitoring is demonstrated by perform...
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Body Surface Potential Mapping: A Perspective on High‐Density Cutaneous Electrophysiology - https://t.co/9VwTfFT3DF
@RubenRuizMateos @NeuroCon_ICL @Cambridge_Eng @cambridge_ee @BioelectronicsL
advanced.onlinelibrary.wiley.com
This article explores advancements in body surface potential mapping (BSPM), focusing on high-density electrode arrays. It outlines guidelines for optimal array design based on signal properties and...
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A major consortium from across Cambridge life sciences, #tech & business worlds announce multi-million-pound, 3-year collab with @ARIA_research
https://t.co/AI2guPqzye The partnership involves @GeorgeMalliaras @BioelectronicsL focusing on a new generation of #neurotechnologies
eng.cam.ac.uk
A major consortium from across the Cambridge life sciences, technology and business worlds has announced a multi-million-pound, three-year collaboration with the Advanced Research and Invention
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Thrilled to showcase our last work using electrogelation of PEDOT:PSS and its copolymers for Bioelectronics-now published in J. Mat. Chem. C as part of emerging investigator themed collection 2024! Thanks to @RoySocChem for the invitation. Keep reading👇.
pubs.rsc.org
There is strong interest in developing scalable deposition techniques for conducting polymer coatings for applications in bioelectronics. Here, we explore the potential of electrogelation to develop...
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Thin-Film Implants for Bioelectronics, by @PoppyOldroyd
@SalimElHadwe @baronedg @Cambridge_Eng
https://t.co/AMOsQxVWbz
@Cambridge_Eng
link.springer.com
MRS Bulletin - Bioelectronic medicine offers a revolutionary approach to treating disease by stimulating the body with electricity. While current devices show safety and efficacy, limitations,...
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From the great @AlejCarnicer with @AlexanderJBoys @AmparoGuemes @JohannesGurke @Santiagovb5 Sam Hilton and @baronedg @Cambridge_Eng
nature.com
Nature Communications - Nerve interfaces have the potential to deliver therapythroughout the body by monitoring and modulating function via the peripheral nervous system. Here, the authors present...
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