Research
Atomic-scale engineering opens new possibilities for computer memory
Nanowerk ·
The Brief
- Researchers report voltage-controlled switching in ultrathin hafnia films.
- The work describes sub-nanometer ferroelectric domains in these films.
- The findings point to possible new ways of storing data in semiconductor chips.
Why it matters
Hafnia-based ferroelectric materials are compatible with semiconductor manufacturing, so control of their switching at atomic scales could inform future memory designs for science and engineering readers.
Who’s affected
- semiconductor and memory researchers
- chip engineers
- #hafnia
- #ferroelectrics
- #memory devices
- #semiconductors
- #data storage
Voltage-controlled switching in ultrathin hafnia films and sub-nanometer ferroelectric domains point to new ways of storing data in semiconductor chips.
Timeline
Nanowerk reports on voltage-controlled switching in ultrathin hafnia films
Nanowerk Nanotechnology and Emerging Technologies News
Atomic-scale engineering opens new possibilities for computer memory