Honeycomb configuration helps disassemble magnetic islands—potential data storage and computational advances could follow.

Honeycomb configuration helps disassemble magnetic islands—potential data storage and computational advances could follow.
In a proof-of-concept study, authors in Italy have demonstrated electric field-controlled switching between stable states in a porous material containing nematic liquid crystals.
A terahertz laser developed at the Paul Scherrer Institute makes it possible to control a material’s magnetisation at a timescale of picoseconds.
Researchers from Germany the US and Spain have discovered why graphene’s electron conduction can’t be completely stopped.
Chinese group show semiconductors can improve efficiency of photocatalysis, with potential in turn for better solar cells.
Findings and resulting theory could reveal mechanism behind zero-energy-loss current-carrying capability.
Company will cooperate with imec to fabricate 3D integrated nanoelectronics.
Cornell researchers show that imperfect graphene sheets can display “electrical highways”.
Projects target more efficient 3D TSV integration and covalent bonding at room temperature.
Scientists have, for the first time, experimentally demonstrated the recording and retrieval processes of 5D digital data by femtosecond laser writing.