We propose a novel substrate structure to achieve excellent mechanical flexibility. Electronic components on a flexible substrate are affected by surface strain when bent. Our flexible substrate contains a strain-absorbing layer that can effectively reduce the surface strain; thus, flexible devices can be more flexible with minimal electrical degradation.11Nothe
Stretchable devices, with the capability of retaining their functionalities under stretching, are dr...
Designing and developing flexible electronics requires a thorough investigation of the substrates av...
Controlled buckling enables stretchable characteristic for brittle materials by integrating stiff de...
The birth of microelectronics and subsequent miniaturization have revolutionized computing and commu...
The birth of microelectronics and subsequent miniaturization have revolutionized computing and commu...
New electronic materials have the potential to enable wearable computers, personal health monitors, ...
The emergence of wearable electronics is leading away from glass substrates for the display backplan...
When rigid and stretchable components are integrated onto a single elastic carrier substrate, large ...
Designing and developing flexible electronics requires a thorough investigation of the substrates av...
Electronics that conform to 3D surfaces are attracting wider attention from both academia and indust...
Designing and developing flexible electronics requires a thorough investigation of the substrates av...
Designing and developing flexible electronics requires a thorough investigation of the substrates av...
Designing and developing flexible electronics requires a thorough investigation of the substrates av...
Stretchable electronics can flex and stretch while function and therefore can fully conform to their...
Stretchable devices, with the capability of retaining their functionalities under stretching, are dr...
Stretchable devices, with the capability of retaining their functionalities under stretching, are dr...
Designing and developing flexible electronics requires a thorough investigation of the substrates av...
Controlled buckling enables stretchable characteristic for brittle materials by integrating stiff de...
The birth of microelectronics and subsequent miniaturization have revolutionized computing and commu...
The birth of microelectronics and subsequent miniaturization have revolutionized computing and commu...
New electronic materials have the potential to enable wearable computers, personal health monitors, ...
The emergence of wearable electronics is leading away from glass substrates for the display backplan...
When rigid and stretchable components are integrated onto a single elastic carrier substrate, large ...
Designing and developing flexible electronics requires a thorough investigation of the substrates av...
Electronics that conform to 3D surfaces are attracting wider attention from both academia and indust...
Designing and developing flexible electronics requires a thorough investigation of the substrates av...
Designing and developing flexible electronics requires a thorough investigation of the substrates av...
Designing and developing flexible electronics requires a thorough investigation of the substrates av...
Stretchable electronics can flex and stretch while function and therefore can fully conform to their...
Stretchable devices, with the capability of retaining their functionalities under stretching, are dr...
Stretchable devices, with the capability of retaining their functionalities under stretching, are dr...
Designing and developing flexible electronics requires a thorough investigation of the substrates av...
Controlled buckling enables stretchable characteristic for brittle materials by integrating stiff de...