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The varied comments reflect a strong consensus of excitement and support, with discussions pointing out advancements such as deployment through small burr holes and the use of soft bioelectronics. Words like 'excited,' 'milestone,' and 'transformative' demonstrate high interest and acknowledgment of impact, while references to specific models and technical achievements reveal deep engagement with the research.
Most discussions express strong support and positive recognition of the publication's innovative approach and potential benefits.
Many posts highlight curiosity and enthusiasm about minimally invasive neural interfaces, indicating high interest.
Users delve into technical details, mention specific features like soft robotics and deployment methods, showing deep engagement.
Comments suggest this development could be a significant breakthrough in neural interface technology with broad implications.
Deployable brain implant integrating soft bioelectronics & soft robotics! Well done @SongSukho and EPFL LSBI team @Neuro_X_EPFL @EPFLEngineering https://t.co/tNYrDio6k6
A new soft robotic system can deploy electrocorticography electrode arrays over a large surface area of the brain cortex via a small entry point on the skull. @EPFL_en @SongSukho @splacour40
Congrats to my amazing colleague @splacour40 for setting a new milestone in #neural #interfaces with electrocorticography system with a soft robotic actuator now in @SciRobotics https://t.co/mnhQWIRB3W
Tested in a minipig model, a new device can safely unfurl specially designed flexible electrodes across the brain cortex’s surface. @EPFL_en @SongSukho @splacour40
We are excited to present our novel minimally invasive Brain-Computer Interface (#BCI) powered by our stretchable electrode technology. Check out the recent publication from the @EPFL_en lab of Prof. @splacour40 in Science Robotics https://t.co/BEcVmPmmdF https://t.co/oSXVPFnWSn
Deployable electrodes for minimally invasive craniosurgery @epfl_en @SciRobotics https://t.co/Ogc0L9CRdv https://t.co/3WlLl7988M
Scientists have created a tiny, soft robot with tentacle-like legs that enters the skull through a small hole to monitor brain activity, offering a safer alternative to traditional brain surgeries and aiding in…
Scientists are developing self-healing clothing made from living fungi. Recent innovations include portable AI devices aiming to replace smartphones and hybrid drones using wind energy. These advancements highlight…
Scientists are developing self-regenerating clothing made from living fungi and innovative technology. The episode explores advancements like the first electric VTOL aircraft testing, hybrid drones using wind energy…
EPFL scientists developed soft robotic electrode arrays that can be inserted through a small skull opening and deployed over the brain cortex. This technology aims to improve minimally invasive brain mapping, especially…
A bioinspired soft robot allows scientists to monitor brain activity without removing large skull sections. The device deploys through a small burr hole, offering continuous monitoring and potential improvements for…
Electrocorticography ECoG is a minimally invasive technique used to map brain areas related to epilepsy and is also being explored for brain-machine interfaces. Researchers developed a soft robotic electrode array…
RT @NeurosoftBio: We are excited to present our novel minimally invasive Brain-Computer Interface (#BCI) powered by our stretchable electro…
Deployment of an electrocorticography system with a soft robotic actuator - published in Science Robotics @ScienceMagazine. Leading scientist Sukho Song from #Empa, formerly @EPFL ▶ https://t.co/6PztBftobl #robotics #softrobotics #electrocorticography
https://t.co/d5QHLGs27e
RT @isciverse: Deployment of an electrocorticography system with a soft robotic actuator @SciRobotics #Robotics #science #technology htt…
Deployment of an electrocorticography system with a soft robotic actuator @SciRobotics #Robotics #science #technology https://t.co/tkeeJhJhza
Neurosoft Bioelectronics showcases a galaxy-shaped soft implant for minimally invasive cortical surgery. The results, published in Science Robotics (https://t.co/sqnrFeDIGR), include a video that shows the insertion and unfolding of the implant (https://t.co/ippTPayHzp) https://t.co/jOmFdN57Ti
Tecnologia: Fim dos Smartphone https://t.co/YSFjNzpjtm
Substituição dos smartphones, roupas que se auto regeneram, ... https://t.co/MCnAPJugxR
RT @medical_xpress: Deployable electrodes for minimally invasive craniosurgery @epfl_en @SciRobotics https://t.co/Ogc0L9CRdv https://t.co/3…
Novo dispositivo vestível equipado com IA promete te fazer abandonar seu... https://t.co/crT2YsDq3v via @YouTube
Deployment of an electrocorticography system with a soft robotic actuator https://t.co/IYr8QWeL2h
RT @SciRobotics: Tested in a minipig model, a new device can safely unfurl specially designed flexible electrodes across the brain cortex’s…
Tested in a minipig model, a new device can safely unfurl specially designed flexible electrodes across the brain cortex’s surface. @EPFL_en @SongSukho @splacour40
RT @NeurosoftBio: We are excited to present our novel minimally invasive Brain-Computer Interface (#BCI) powered by our stretchable electro…
RT @NeurosoftBio: We are excited to present our novel minimally invasive Brain-Computer Interface (#BCI) powered by our stretchable electro…
Deployment of an electrocorticography system with a soft robotic actuator - Science https://t.co/W6O6Miy1oX #TrendingNow #HotTopics #Trending #News #NewsUpdate #MyForumLink #BreakingNews
Deployment of an electrocorticography system with a soft robotic actuator - Science https://t.co/nzIwd6O2xE #TrendingNow #HotTopics #Trending #News #NewsUpdate #MyForumLink #BreakingNews
RT @mocost: "we report on a scalable technique for the fabrication of large-area soft robotic electrode arrays and their deployment on the…
RT @mocost: "we report on a scalable technique for the fabrication of large-area soft robotic electrode arrays and their deployment on the…
"we report on a scalable technique for the fabrication of large-area soft robotic electrode arrays and their deployment on the cortex through a square-centimeter burr hole" https://t.co/RyfaBuJqr7
Deployment of an electrocorticography system with a soft robotic actuator https://t.co/wfawuaFdFP
RT @medical_xpress: Deployable electrodes for minimally invasive craniosurgery @epfl_en @SciRobotics https://t.co/Ogc0L9CRdv https://t.co/3…
RT @NeurosoftBio: We are excited to present our novel minimally invasive Brain-Computer Interface (#BCI) powered by our stretchable electro…
RT @SciRobotics: A new soft robotic system can deploy electrocorticography electrode arrays over a large surface area of the brain cortex v…
RT @splacour40: Deployable brain implant integrating soft bioelectronics & soft robotics! Well done @SongSukho and EPFL LSBI team @Neuro_X…
RT @lgomezperu: @SciRobotics A new #softroboticsystem can deploy electrocorticography electrode arrays over a large surface area of the bra…
RT @SciRobotics: A new soft robotic system can deploy electrocorticography electrode arrays over a large surface area of the brain cortex v…
RT @NeurosoftBio: We are excited to present our novel minimally invasive Brain-Computer Interface (#BCI) powered by our stretchable electro…
RT @_smicera: Congrats to my amazing colleague @splacour40 for setting a new milestone in #neural #interfaces with electrocorticography s…
RT @splacour40: Deployable brain implant integrating soft bioelectronics & soft robotics! Well done @SongSukho and EPFL LSBI team @Neuro_X…
Deployable brain implant integrating soft bioelectronics & soft robotics! Well done @SongSukho and EPFL LSBI team @Neuro_X_EPFL @EPFLEngineering https://t.co/tNYrDio6k6
RT @_smicera: Congrats to my amazing colleague @splacour40 for setting a new milestone in #neural #interfaces with electrocorticography s…
RT @SciRobotics: A new soft robotic system can deploy electrocorticography electrode arrays over a large surface area of the brain cortex v…
@SciRobotics A new #softroboticsystem can deploy electrocorticography electrode arrays over a large surface area of the brain cortex via a small entry point on the skull. @EPFL_en @SongSukho @splacour40 https://t.co/qTpEhNPy5a
RT @medical_xpress: Deployable electrodes for minimally invasive craniosurgery @epfl_en @SciRobotics https://t.co/Ogc0L9CRdv https://t.co/3…
RT @NeurosoftBio: We are excited to present our novel minimally invasive Brain-Computer Interface (#BCI) powered by our stretchable electro…
Congrats to my amazing colleague @splacour40 for setting a new milestone in #neural #interfaces with electrocorticography system with a soft robotic actuator now in @SciRobotics https://t.co/mnhQWIRB3W
RT @SciRobotics: A new soft robotic system can deploy electrocorticography electrode arrays over a large surface area of the brain cortex v…
We are excited to present our novel minimally invasive Brain-Computer Interface (#BCI) powered by our stretchable electrode technology. Check out the recent publication from the @EPFL_en lab of Prof. @splacour40 in Science Robotics https://t.co/BEcVmPmmdF https://t.co/oSXVPFnWSn
RT @SciRobotics: A new soft robotic system can deploy electrocorticography electrode arrays over a large surface area of the brain cortex v…
A new soft robotic system can deploy electrocorticography electrode arrays over a large surface area of the brain cortex via a small entry point on the skull. @EPFL_en @SongSukho @splacour40
RT @medical_xpress: Deployable electrodes for minimally invasive craniosurgery @epfl_en @SciRobotics https://t.co/Ogc0L9CRdv https://t.co/3…
RT @medical_xpress: Deployable electrodes for minimally invasive craniosurgery @epfl_en @SciRobotics https://t.co/Ogc0L9CRdv https://t.co/3…
RT @medical_xpress: Deployable electrodes for minimally invasive craniosurgery @epfl_en @SciRobotics https://t.co/Ogc0L9CRdv https://t.co/3…
Deployable electrodes for minimally invasive craniosurgery @epfl_en @SciRobotics https://t.co/Ogc0L9CRdv https://t.co/3WlLl7988M