Flexible Electronics

The collection of flexible electronics technologies have applications in batteries, wearables, displays, sensors, medical devices and more.

Flexible Electronics Technologies

S23-010
Multi-layer self-healing devices using immiscible dynamic polymers
S22-322
Biocompatible, directly printed, meta-learning, human-machine input nanomesh
- Zhenan Bao
- Kyun Kyu (Richard) Kim
S21-076
In-situ rubber matrixes (iRUM) for elastic and photo-patternable semiconductors
S20-235
One-step laser-machined stretchable and flexible Kirigami sensor network
S19-292
Stretchable multi-sensor tag for wearable electronics
S19-142
High performance, 2D materials device fabrication for flexible electronics
S19-138
High-density, direct photo-patterning of stretchable electronic polymers
S19-101
Directly photo-patternable, conductive, stretchable PEDOT:PSS
- Zhenan Bao
- Yuanwen Jiang
S19-032
Coupling Insensitive compact reader for fully-passive sensors
S18-419
A biomimetic electronic skin (e-skin) with discriminating forces
S18-163
Laser patterned stretchable electronics
S18-129
Stretchable, tunable conducting polymer hydrogels for implantable devices and tissue engineering
S17-306
Fully elastic dielectric polymer for photolithography of flexible electronics
S17-167
STRETCHABLE SELF-HEALING POLYMERIC DIELECTRICS CROSSLINKED THROUGH METAL-LIGAND COORDINATION
S17-155
Modular, flexible, self-healing sensor devices for wearable and internet-of-things applications
S17-032
Highly Stretchable and Tough Self-healing Elastomer for Electronic Skin
S15-438
Stretchable Semiconductor via Polymer Blending
S15-248
Highly Conductive, Stretchable Polymer
- Yue Wang
- Zhenan Bao
S15-225
Electrochromic Resistive Pressure Sensor
S15-217
Self-healing semiconducting polymer for flexible electronic devices
S14-211
Self-Powered Electronic Skin
- Steve Park
- Zhenan Bao
S14-192
Ultrastretchable Self-healing Elastomer and Application as Artificial Muscle
S14-024
Skin-like, Wearable Pressure Sensor
- Changhyun Pang
- Zhenan Bao
S13-491
Pressure-Sensitive Electrode Material, Means and Methods of Use
S06-190
Flexible Pressure Sensors

Flexible Electronics Technologies

Multi-layer self-healing devices using immiscible dynamic polymers

Biocompatible, directly printed, meta-learning, human-machine input nanomesh

In-situ rubber matrixes (iRUM) for elastic and photo-patternable semiconductors

One-step laser-machined stretchable and flexible Kirigami sensor network

Stretchable multi-sensor tag for wearable electronics

High performance, 2D materials device fabrication for flexible electronics

High-density, direct photo-patterning of stretchable electronic polymers

Directly photo-patternable, conductive, stretchable PEDOT:PSS

Coupling Insensitive compact reader for fully-passive sensors

A biomimetic electronic skin (e-skin) with discriminating forces

Laser patterned stretchable electronics

Stretchable, tunable conducting polymer hydrogels for implantable devices and tissue engineering

Fully elastic dielectric polymer for photolithography of flexible electronics

STRETCHABLE SELF-HEALING POLYMERIC DIELECTRICS CROSSLINKED THROUGH METAL-LIGAND COORDINATION

Modular, flexible, self-healing sensor devices for wearable and internet-of-things applications

Highly Stretchable and Tough Self-healing Elastomer for Electronic Skin

Stretchable Semiconductor via Polymer Blending

Highly Conductive, Stretchable Polymer

Electrochromic Resistive Pressure Sensor

Self-healing semiconducting polymer for flexible electronic devices

Self-Powered Electronic Skin

Ultrastretchable Self-healing Elastomer and Application as Artificial Muscle

Skin-like, Wearable Pressure Sensor

Pressure-Sensitive Electrode Material, Means and Methods of Use

Flexible Pressure Sensors

Life Sciences

Physical Sciences

Sustainability