- Environmental monitoring with uChipPosted 5 days ago
- ARDULEGO KIT: create with Lego and ArduinoPosted 3 weeks ago
- Share & Discover by PCBWayPosted 4 weeks ago
- ENERGY METER IOTPosted 1 month ago
- Energy Meter GSM with Arduino (part 2)Posted 2 months ago
- Energy Meter GSM with Arduino (part 1)Posted 2 months ago
- ARDULOCK: a keyboard with RFID modulePosted 2 months ago
- Autofocus Glasses/Phoropter Using Variable Focus Liquid LensPosted 4 months ago
- Home Automation & Lights controlling SystemPosted 4 months ago
- Solar TrackerPosted 5 months ago
Did you get new tattoo? No, I don’t…it’s a flexible electrode!
The team at Stanford University’s Bao Lab created an innovative flexible electrode that has high performance.
The new stretchy material uses a molecule normally used to thicken soups to help make it more flexible. After testing 20 different additives, they landed on the right one, a molecule similar to that in soup thickeners. When added to the polymers, it stopped the crystallization process and gave the electrode its stretchy effect.
It actually conducts electricity better when it’s stretched out. Its high conductivity and 96 percent light transmittance are the highest values reported for transparent electrodes and the best for a flexible material overall, according to the team. Right now the material is still in the prototype stages, but the results so far look promising.
The team have already created electrodes and stretchable transistor arrays using an inkjet printer. They hope to use it for brain interfaces and other implantable electronics. It could make great strides in brain monitoring and other complex medical procedures. Outside of the medical field, it can also be used to improve smart clothing equipped with heat sensors, LEDs, and other abilities.
Finally, I’d like to share with you that…I want it! :)