Laser Fabrication of Soft Bioelectronics Investigating laser technologies in bioelectronics, this review highlights optical principles that optimize fabrication processes for advanced medical devices.

Lasers aren't just for cutting metals - they're transforming the way we build soft, stretchable bioelectronics for next-gen medical devices. Discover how precise light can shape the future of healthcare: www.azooptics.com/News.aspx?ne... #Bioelectronics #LaserTech #MedicalInnovation

Wearable Biosensors Powered by Your Own Sweat Japanese researchers have created a printable enzyme ink that turns human sweat into a microscopic power source, bringing battery-free wearable health monitors closer to reality.

Biosensors powered by sweat could be a game-changer. Read at japanresearchreport.substack.com/p/wearable-b.... #DigitalHealth #Bioelectronics #EnergyTech #WearableTech #JapanResearchReport

Drs Neil Chilton and Clare Conboy, Printed Electronics Limited, presenting the Wet Processing Technologies for Large Area Electronics InnoLAE Short Course in Cambridge today

View the conference programme at https://innolae.org/programme
#bioelectronics

Dr Eng. Massimo Mariello, University of Oxford, presenting the Reliability of Advanced Bioelectronics: Thin-film Encapsulations and Stability Evaluation InnoLAE Short Course, today in Cambridge

View the conference programme at https://innolae.org/programme
#bioelectronics

Prof Fabio Cicoira, Polytechnique Montreal, Canada, presenting the Self-Healing Electronic Materials InnoLAE Short Course in Cambridge today

View the conference programme at https://innolae.org/programme
#bioelectronics

Prof Henrique Leonel Gomes, Coimbra University, Portugal, presenting the Bioelectronic Devices Based On Electrical Double-Layers InnoLAE Short Course in Cambridge today

View the conference programme at https://innolae.org/programme
#bioelectronics

Light-powered implants? New research shows how advanced electromagnetic surfaces could wirelessly control bioelectronics inside the body.
Paper: https://www.nature.com/articles/s41377-025-02072-w

#science #bioelectronics #innovation

InnoLAE 2026 Is Here!

The innoLAE 2026 Conference Programme includes contributions from world-renowned companies, international research & technology organisations and top speakers from academia.

View the programme at https://innolae.org/programme
#flexibleelectronics #bioelectronics

Cryo-ultramicrotomy fabrication of ultra-thin conductive PEDOT:PSS hydrogel films

Ultra-thin conductive polymer #hydrogels, fabricated via #CryoUltramicrotomy, preserve porous #nanostructure & deliver high conductivity, rapid ion transport, and mechanical robustness, enabling defect-free #nanoscale films for flexible #bioelectronics.

#IJEM: doi.org/10.1088/2631...

Wearable Bioelectronics: Toward Future Personal Health Monitoring Announcing a new article publication for BIO Integration journal.  Soft and sustainable wearable bioelectronics are emerging as key platforms for personal health monitoring and digital healthcare. The...

This review explores sustainable #wearable #bioelectronics integrating skin-like materials, #hydrogels, wireless analytics, and #AI for continuous monitoring & therapy, while outlining challenges in biocompatibility, stability, and system integration. @tamu.bsky.social

Read: tinyurl.com/yebfx3tf

Join Leading Innovators at Octane's Neuro Tech Forum 2026 in Newport Beach The Neuro Tech Forum 2026 will unite leaders in the neurotechnology industry to explore investment opportunities and advancements. Engage in critical discussions around BCI and neuromodulation.

Join Leading Innovators at Octane's Neuro Tech Forum 2026 in Newport Beach #United_States #Investment #Bioelectronics #Newport_Beach #Neurotechnology

Only One Week To Go Until InnoLAE 2026!

Don't miss out! Register now https://innolae.org/registration

It's not too late to be part of the programme! We are accepting late news posters up to Monday 16 February.

#bioelectronics #organicelectronics #flexibleelectronics #printedelectronics

Revolutionizing Bioelectronics: The Future of Ultra-Thin Silicon Advancements A new roadmap for ultra-thin crystalline silicon bioelectronics unveils a future where flexibility and performance can greatly enhance healthcare technology.

Revolutionizing Bioelectronics: The Future of Ultra-Thin Silicon Advancements #South_Korea #Bioelectronics #Incheon #Incheon_National_University #crystalline_silicon

#Soft, #3Dtransistors could #host #living #cells for #bioelectronics

New research from WISE group (Wearable, Intelligent, Soft Electronics) at (HKU-WISE) has addressed a long-standing bioelectronic challenge: the development of soft, 3D transistors. techxplore.com/news/...

Using electronics to build biohybrid robots with physical intelligence - Nature Electronics Biohybrid robots, which rely on living muscles to drive force generation, could be of use in applications ranging from microsurgery to unmanned exploration. But the development of untethered and auton...

Out today in Nature Electronics: we share our perspective on how instrumenting biohybrid robots with onboard #bioelectronics capable of integrated sensing, control, and power can enable real-world deployment of muscle-powered machines.

www.nature.com/articles/s41...

#Robotics #TissueEngineering

[2025 Open Access]
Orthogonal set of engineered synapse organizers for multiplexed molecularly inducible neuron-microelectrode interfaces
2025 Appl. Phys. Express 18 037001

iopscience.iop.org/article/10.3...

#APEX
#OpenAccess
#Physics
#neural
#circuit
#interface
#bioelectronics
#synapse
#organizer

Tiny wireless chips injected through the bloodstream could reshape how we treat brain disease and how long we stay well.

longevity.technology/news/brain-i...

#longevity #neurotech #brainhealth #bioelectronics #futuremedicine #healthinnovation

Chungnam National University Team Pioneers Defect-Free High-Quality Graphene Electrodes One-step, etch- free patterning enables clean, low-resistance graphene electrodes for transparent and flexible devices DAEJON, South Korea, Jan. 27, 2026 /PRNewswire/ — Transparent electrodes transmit light while conducting electricity and are increasingly important in bioelectronic and optoelectronic devices. Their combination of high optical transparency, low electrical resistance, and mechanical flexibility makes them well suited for applications such as displays, solar cells, and wearable or implantable technologies. In a significant advancement, researchers led by Professor Wonsuk Jung at Chungnam National University in the Republic of Korea have introduced a new fabrication technique called one-step free patterning of graphene, or OFP-G, which […]

Chungnam National University Team Pioneers Defect-Free High-Quality Graphene Electrodes #Graphene #Electrodes #TransparentElectrodes #FlexibleDevices #Bioelectronics

InnoLAE 2026 is One Month Away!

Join us to hear industry and academic experts discuss large area electronics with sessions covering Manufacturing, Devices, Bioelectronics, Materials, Applications and Sustainability.

https://innolae.org/registration
#bioelectronics #flexibleelectronics

Huge congratulations to Wen Li from the Tian Research Group for a double win at the 2025 MRS Fall Meeting! Wen took home both the MRS Graduate Student Gold Award and the Best Poster Award for his groundbreaking work in bioelectronics.

#MaterialsScience #Bioelectronics #Innovation #MRS2025 #UChichem

InnoLAE Late News Posters Still Being Accepted

We want to see your posters at InnoLAE! We are accepting submissions up to the day before the conference.

https://innolae.org/call-for-papers
#bioelectronics #flexibleelectronics

Short Courses at InnoLAE 2026

We are running a programme of technical short courses covering key topics on the days leading up to InnoLAE 2026 – a great chance to learn more about an area of technology.

https://innolae.org/short-courses
#bioelectronics #flexibleelectronics

Resonetics Strengthens Bioelectronics Offerings Through Acquisition of Med-Ally's Manufacturing and IP Assets Resonetics has expanded its bioelectronics portfolio by acquiring Med-Ally's manufacturing assets and intellectual property, enhancing their capabilities in neuromodulation.

Resonetics Strengthens Bioelectronics Offerings Through Acquisition of Med-Ally's Manufacturing and IP Assets #USA #Bioelectronics #Nashua #Resonetics #Med-Ally

NEW EPISODE!

#Mushrooms as computer parts.

100,000 Cannibal #ants living in a nuclear bunker.

#Bats that catch and eat birds while flying.

So much goodness this week!

#nature #podcast #scicomm #science #birds #bioelectronics #weird #strange

Merry Christmas from the InnoLAE team!
InnoLAE 2026 has another high-calibre programme with plenary Keynote addresses and parallel track oral presentations of Invited and Submitted papers.

https://innolae.org/invited-speakers
#bioelectronics #flexibleelectronics

Short Courses at InnoLAE 2026

We are running a programme of technical short courses covering key topics on the days leading up to InnoLAE 2026 – a great chance to learn more about an area of technology.

https://innolae.org/short-courses
#bioelectronics #flexibleelectronics

An image showing a concept visual prosthesis to restore sight to the blind.

Funded #PhD opportunity for UK home students to do exciting research into #VisualProsthetics to restore sight tot he blind. Students should be 1st class in Engineering/Physics.
www.findaphd.com/phds/project...
#VisionRestoration, #Neuroprosthetics, #NeuralEngineering, #Bioelectronics

🚀 MIT researchers introduce Circulatronics: subcellular electronics carried by immune cells that self-implant in inflamed brain regions. No surgery, deep targets, high precision. A new era of minimally invasive neuromodulation is here! 🧠🔬
#Neurotech #Neuromodulation #Bioelectronics

Conductive hydrogel mimics brain softness for flexible bioelectronic devices Bioelectronics, such as implantable health monitors or devices that stimulate brain cells, are not as soft as the surrounding tissues due to their metal electronic circuits. A team of scientists from the University of Groningen in the Netherlands, led by associate professor Ranjita Bose, have now developed a soft polymer hydrogel that can conduct electricity as well as metal can. As the material is both flexible and soft, it is more compatible with sensitive tissues. This finding has the potential for a large number of applications, for example, in biocompatible sensors and in wound healing.

✨Soft, flexible electronics rivaling metal?!🤯 Dutch scientists created a biocompatible hydrogel for implantable sensors & healing. A tissue-friendly future!🔬#bioelectronics

Source: phys.org/news/2025-11-hydrogel-mi...