A dissertation study at the University of Jyväskylä (Finland) developed two-dimensional fishnet-like structures from DNA origami for silicon surfaces and investigated how different conditions affect their formation. The results provide new possibilities for DNA-assisted lithography and thus for the fabrication of new types of materials, for example, for optics.
Source link
Trending
- Kent captain Daniel Bell-Drummond on possibility of facing England skipper Ben Stokes, staying closer to family as county play County Championship Division 2 game at Beckenham against Durham and two-wicket away win against Gloucestershire
- Corona Global Named Most Valuable Beer Brand in Kantar BrandZ Rankings for Third Consecutive Year
- Glasgow burial charges double as non-residents now pay £3,146
- AD FEATURE: Take a sneak peek inside Coq & Bull’s stunning new Garden Room at Clandeboye Lodge
- Plans for repairs to Dolphin House, Market Square, Dover, after rainwater leaks from balconies into shops below
- Anthropic courts a new kind of customer: small business owners
- Gillingham defender Sam Gale reflects on a season of personal achievement but a disappointing campaign for the team in League Two
- Origin Lab raises $8M to help video game companies sell data to world-model builders



