Home |
Login |
Join |
Home
Research
2D Materials
High performance flexible electronics
Strain
engineered devices
Members
Professor
Research professor
Post doctors
Ph.D students
MS students
Undergraduate Students
Alumni
Staff
Publications
Publications
Book Chapters
Board
Notice
News
Gallery
Member Board
Research
Research
2D Materials
High performance
flexible electronics
Strain engineered devices
HOME > Research >
Strain engineered devices
Strain engineered electronic devices
New approach for strain engineering
Current strain engineering methods have several drawbacks: they generate atomic defects
in the interface between Si and strain inducers. We developed the formation of a strained
semiconductor membrane with oxidation-induced residual strain by releasing a host mother
substrate of wafer.
Device applications using strain engineering techinque
We demonstrated the improved performance in the thin Si TFTs, MTJs on a flexible substrate
by strain engineering without relying on the epitaxial stressor. This process can be applicable
for various flexible electronic devices. This approach shows promise for strain-engineered
large-area flexible electronics with high performance and productivity.