Silicon

Green Impact Breakthrough light-absorbing material significantly increases solar power output

Oxford scientists have developed a flexible, ultra-thin solar material that could replace silicon panels, transforming everyday surfaces into power generators.

Discoveries Cutting-edge new solar panels are 1000x more powerful than traditional panels Joseph Shavit

Discoveries Scientists develop new material promising to revolutionize quantum computing Joshua Shavit

Discoveries Researchers discover a previously unknown way in which light interacts with matter Joshua Shavit

Discoveries Silicon-photonic chip enables AI computing at light speed Joshua Shavit

Discoveries Revolutionary battery technology could boost EV range to over 3,000 miles on a single charge Joseph Shavit

Discoveries Scientists Create World’s First Semiconductor Made From Graphene Joshua Shavit

Discoveries Cutting-edge solar panels are 1000x more powerful, study finds Joseph Shavit

Discoveries Groundbreaking technology captures more CO2 than Germany-sized forest Joseph Shavit

Discoveries Groundbreaking multi-layer solar panels are 1000x more powerful Joseph Shavit

Discoveries Researchers generate 1000x more power from solar panels Joseph Shavit

Discoveries MIT researchers discover the “best possible” semiconductor material Joseph Shavit

Discoveries Groundbreaking semiconductor material is the best ever and maybe the best possible, MIT finds Joseph Shavit

Discoveries Graphene synapses advance brain-like computers Joseph Shavit

Discoveries New material significantly outperforms silicon microprocessors Joseph Shavit

Innovations Perovskite: the material that allows a greener fabrication of transistors Joseph Shavit