@innolae.bsky.socialInnoLAE 2027 Call For Papers Closing Soon!
The deadline for the innoLAE 2027 Call for Papers is 31 October - get your abstracts in now!
Submit your abstract at https://innolae.org/call-for-papers
#printedelectronics #flexibleelectronics #bioelectronics
@newsen.bsky.socialThree Innovators Awarded $250,000 Blavatnik Prize for Scientific Breakthroughs #Bioelectronics #Gene_Editing #Blavatnik_Awards
@optoelectronadv.bsky.social#OEA_highlight Laser-induced biocompatible molybdenum dioxide for versatile wearable bioelectronics doi.org/10.29026/oea... by Prof. #Geng_Yang #Kaichen_Xu @ZJU_China #molybdenum_dioxide #MoO2 #laser #direct_writing #flexible #electronics #biocompatibility #bioelectronics
@innolae.bsky.socialInnoLAE 2027 Keynote Speaker
Prof Stéphanie Lacour, VP, Ecole Polytechnique Fédérale de Lausanne (EPFL) will be giving a plenary presentation at InnoLAE 2027 in Cambridge.
Register now with our Early Bird discount https://innolae.org/registration
#flexibleelectronics #bioelectronics
@azom.comA new bioresorbable magnesium battery powers ingestible electronics, delivering energy safely and then dissolving after use. 🌟💊 Discover how this tech could change medical devices and reduce electronic waste: www.azom.com/news.aspx?ne... #Bioelectronics #Battery
@innolae.bsky.socialInnoLAE 2027 Keynote Speaker
Prof Sahika Inal, KAUST will give a plenary presentation at InnoLAE 2027, entitled "Polymeric Mixed Conductors for Bioelectronic Sensors".
Register now with our Early Bird discount https://innolae.org/registration
#flexibleelectronics #bioelectronics
@azom.comBiointegrated batteries can power AND heal: new flexible, therapeutic devices use electrochemical reactions for wound healing, nerve regeneration, and more. 🔋🤔 www.azom.com/news.aspx?ne... #MedicalInnovation #Bioelectronics
@rosyf.bsky.socialNew collection! @natprot.nature.com covering approaches at the interface of electronics, robotics and biological systems. The protocols cover how to design and fabricate robots, actuators and sensors using biological, magnetic and electronic building tools.
@virgobit.bsky.social🧬 What if wearable electronics could behave more like the human body?
A new @science.org study introduces liquid-metal stretchable electronics with programmable, spatially varying properties—enabling integrated ECG, respiration, GSR and movement sensing.
#Wearables #Bioelectronics #DigitalHealth
