Assistant Professor @ Ghent University
Joined September 2016
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- Followers196
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Meet Piezo-IGTs: soft, flexible transistors that feel the vibes. From muscle twitches to speech & heartbeats, they turn tiny vibrations into strong signals.
Proud of @LintaSohail for leading this work!
@tiagomlcosta @SofiaDRKP
nature.com/articles/s41528-0…
George D. Spyropoulos retweeted
Congratulations to the Best Presentation Awardees @AlejCarnicer from @GeorgeMalliaras group @Cambridge_Uni and @Muhamma51787523 from @zhenanbao group @Stanford !! The best out of many interesting presentations on bioelectronic technologies presented at #SBO7 #F23MRS.
Really inspiring talks and a great environment! Big thanks to all of our participants!
It was a great experience to co-organizing #SB07 at #F23MRS with these great people and good friends! @lmm_asplund @GDSpyropoulos @zan_paterson. A huge thanks to all the participants for their contributions!
George D. Spyropoulos retweeted
I'm glad to share our latest review in Neural Interfaces has been accepted in @FrontiersIn
@GDSpyropoulos @LintaSohail @Masoumeh94 @FrancescVarkev1 @tiagomlcosta
frontiersin.org/articles/10.…
#neuralinterfaces #bioelectronics #Brain #BCI #neurostimulation #UGent #TUDelft
George D. Spyropoulos retweeted
Integrated internal ion-gated organic electrochemical transistors for stand-alone conformable bioelectronics @dk2955 @ColumbiaMed @EE_ColumbiaSEAS go.nature.com/3Dbn1ZU
George D. Spyropoulos retweeted
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: bit.ly/3Oapf1M
@ColumbiaMed
George D. Spyropoulos retweeted
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.
nature.com/articles/s41563-0…
ALT A vIGT array consisting of half a million transistors conforming to the complex curvilinear surface of Alma mater's finger.
George D. Spyropoulos retweeted
Thank you @MaterHoriz for honoring our work with this award!!
Congratulations to the authors of our Outstanding Article 2021, Biohybrid plants with electronic roots via in vivo polymerization of conjugated oligomers!!👏
Check out this Communication from @EleniStavrin @ePlants_at_LiU at xlink.rsc.org/?doi=D1MH01423…
Our EIC pathfinder challenges proposal was successful. So honored to be part of this team. Let’s innovate technology towards a personalized treatment for depression ugent.be/en/news-events/eu-f…
George D. Spyropoulos retweeted
I am looking forward to start this exciting project together with a fantastic multi-disciplinary consortium. Lot's of fun ahead! @dante_muratore, @GDSpyropoulos,@BE_tudelft, @EEMCS_TUD, @tudelft, @FUSFoundation
George D. Spyropoulos retweeted
Modern implants demand safe, low-power and fast data communication for better diagnostics and interventions. Ionic communication enables a long-term, scalable, MHz speed, ultra-low power communication that can be fully implanted with no extruding parts.
science.org/doi/10.1126/scia…
George D. Spyropoulos retweeted
Angelica Pérez Fornos gives us an insight on "Vestibular Implants in Humans: Steps Towards a Clinical Application"
🔗 Join us and follow more amazing talks at #NIAS: nanoge.org/NIAS/general-conf…
George D. Spyropoulos retweeted
Kelly Owens (@vagusnervegirl) shares her experience on "The Impact of Bioelectronic Medicine on the Patient and the Hurdles to Deployment" at #NIAS
🔗 nanoge.org/NIAS/home
George D. Spyropoulos retweeted
Second and final day of the #NIAS conference about to start! Join us for another exciting day with an amazing line-up of speakers! Reduced academic registration fee is available nanoge.org/NIAS/program-info…
Day 1 of #NIAS! Very inspirational talks today. Even more to come tomorrow! Last chance to join us!
There is still time to join this amazing line-up. User beneficiaries, scientists, engineers. Best way to immerse yourself in this multidisciplinary topic!
🔹 The #NIAS online conference is fast approaching!
Register now to join this multi-disciplinary event on #NeuralInterfaces and #ArtificialSenses
🗓️ Poster abstract submission is open until September 16
Check out the final program & get more info at: nanoge.org/NIAS/home
George D. Spyropoulos retweeted
Excited to present “The Impact of Bioelectronic Medicine on the Patient and the Hurdles to Deployment.”
Bioelectronic medicine is changing the paradigm of how we treat disease and what it means to be a patient. There is cause for this optimism, and I look forward to sharing it.
🔹The #NIAS online conference is fast approaching (22nd-24th Sept)
Register now to get the latest developments in #NeuralInterfaces and #ArtificialSenses
🔗 If you want to share your work, oral and poster abstract submissions are still open: nanoge.org/NIAS/home
We are so excited and honored to have this inspiring group of people sharing their latest findings and vision for #NeuralInterfaces and #ArtificialSenses.
Join #NIAS! Submission for Oral and Poster abstracts are open.
🗓️ Join #NIAS and get the latest developments in #NeuralInterfaces and #ArtificialSenses
➡️ Do you want to share your work? Oral and Poster abstract submissions are open!
🔗 Register now with the early registration fee at nanoge.org/NIAS/home
George D. Spyropoulos retweeted
🗓️ Join #NIAS and get the latest developments in #NeuralInterfaces and #ArtificialSenses
➡️ Do you want to share your work? Oral and Poster abstract submissions are open!
🔗 Register now with the early registration fee at nanoge.org/NIAS/home