Optical modulation of gold offers control of nanoscale plasmons

The research focused on Au@Cu2-xS core-shell particles for rapid and reversible control of plasmons (Image: AZoNano)

The research focused on Au@Cu2-xS core-shell particles for rapid and reversible control of plasmons (Image: AZoNano)

The research exploring plasmonic control was led by Professor Ding Tao at Wuhan University, in collaboration with other scientists from the Southern University of Science and Technology.

Welcome to Electro optics

Already registered? Sign in to continue reading

Not got an account? Register for free to continue reading

Editor's picks

The metal 3D printer feeds stainless-steel wire into the printing area before heating the melt pool with a high-powered laser

ESA uses high-powered laser to successfully 3D-print metal parts in space

In a breakthrough for additive manufacturing, ESA’s Metal 3D Printer uses a high-powered laser to melt stainless steel wire, and could lead to a more circular space economy where recycled materials are utilised to manufacture replacement parts in orbit.

Media Partners