Featured on Stanford Engineering Magazine
Stretchable wires move us closer to electronics that mold to your skin.
Featured on Advanced Science News
Stanford researchers develop stretchable, self healing polymers for use in robust electronic skin.
Featured on Stanford News and many more
Stanford researchers develop stretchable, touch-sensitive electronics.
Read more: Stretchable, ultra-sensitive, and scalable: a major breakthrough in skin electronics
Featured on Stanford News and many more
A Stanford battery based on sodium may offer more cost-effective storage than lithium.
Featured on Nature Nanotechnology and many more
The Bao groups introduces a revolutionary method, based on nanoconfinement of conductive polymers, that enables the fabrication of flexible electronics with high charge carrier conductivity, even when stretched to twice their original length..
Featured on Nature News and many more
Polymeric semiconductors have been prepared whose molecular properties make them stretchable and healable — a milestone in the development of sophisticated organic electronic surfaces that mimic human skin.
Featured on MIT Technology Review
In Zhenan Bao’s lab at Stanford, researchers are inventing materials for touch-sensitive prosthetics.
Featured on Stanford News
Researchers create a polymer that can stretch to 100 times its original length — and even repair itself if punctured.
Read more: A Super Stretchy, Self-Healing Material Could Lead to Artificial Muscle
Featured on Stanford News and many others
New Stanford battery shuts down at high temperatures and restarts when it cools
Read more: New Stanford battery shuts down at high temperatures and restarts when it cools
Featured on the Stanford Linear Accelerator Laboratory News
Stanford, SLAC Process Has Potential for Scaling Up to Manufacture Solar Cells, Displays and More.
Read more: A Record-setting Way to Make Transparent Conductors: Spread Them Like Butter on Toast
More Articles...
- Stanford engineers create artificial skin that can send pressure sensation to brain cell
- E-Skin That Changes Color Like a Chameleon
- Stretchable Carbon Nanotube Transistors Are Put to the Test
- Microscopic Rake Doubles Efficiency of Low-cost Solar Cells
- Carbon-60 and graphene for vertical transistors
- New 'designer carbon' from Stanford boosts battery performance
- Former group members build world's thinnest flexible OLED display
- Stanford research shows benefits of crystallization
- Stanford engineers make flexible carbon nanotube circuits more reliable and efficient
- Polymer Pressure Sensor is More Sensitive than Human Skin
- Polymer Sorts Carbon Nanotubes
- Engineers Make World’s Fastest Organic Transistor
- Stanford and SLAC scientists invent self-healing battery electrode
- Stanford scientists create novel silicon electrodes that improve lithium-ion battery performance
- Stanford engineers monitor heart health using paper-thin flexible 'skin'
- Stanford scientists build the first all-carbon solar cell
- Stanford researchers synthesize printable, electrically conductive gel
- Straining the lattice: Stanford engineers improve electrical efficiency in organic semiconductors
- Sorting out the nanotubes, for better electronics
- Stanford researchers build transparent, super-stretchy skin-like sensor
- Faster organic semiconductors for flexible displays can be developed quickly with new method, say Stanford researchers
- Stanford researcher's new stretchable solar cells will power artificial electronic 'super skin'
- Stanford researchers' new high-sensitivity electronic skin can feel a fly's footsteps
- Biodegradable Electronics: A Desireable Solution
- Single Carbon Nanotube Devices
- Cheap, sensitive Stanford sensors could detect explosives, toxins in water
- Stanford, Samsung engineers report new way of making flexible electronics
- Engineers devise a solution for problem of sorting out different nanotube types
- Organic Thin-Film Solar Cell Research at Stanford University
- Flexible electronics advance boosts manufacturing and performance
- Young chemical engineer on cutting edge of organic polymer-based electronics