First switchable graphene nanoribbon that twists on demand
Researchers at Nagoya University have built a graphene nanoribbon that can switch the direction of its twist using a natural solvent. Graphene nanoribbons are thin, ribbon-shaped structures made of fused carbon rings. Twisted or helical versions of these ribbons show promise for advanced light and electronic devices. However, until now, no graphene nanoribbon could switch its twist on demand.
Phys.org
Published by CurrentWire · First coverage
Compiled by CurrentWire News Desk
Summary based on reporting from Phys.org.
Automated coverage analysis
Generated automatically from the coverage listed on this page. CurrentWire adds no editorial claims.
Coverage
1 publication is covering this story.
How CurrentWire compiled this story
Phys.org (phys.org), a Tier B publisher, filed this report on . CurrentWire published this page 25 minutes later, on .
Signal breakdown
CurrentWire ranked this story 63 of 100 in the snapshot this page was rendered from.
- Freshness
- 33.5 of 35
- Source authority
- 14 of 20
- Coverage breadth
- 4 of 20
- Geographic relevance
- 3.5 of 10
- Story prominence
- 8 of 10
- Velocity
- 0 of 5
Strongest signal: freshness, 33.5 of 35. How each signal is calculated.
Filed under Science · International · News.
CurrentWire is a news discovery platform. This page summarizes and links to original reporting; full articles, imagery and copyright remain with the publishers listed above.