BUFFALO, N.Y. — Like a whirlpool, a new light-based communication tool carries data in a swift, circular motion. Described in a study published today (July 28, 2016) by the journal Science, the optics ...

A new laser based on a swirling vortex of light has been created by physicists in the US. The “topological-defect laser” could be a useful addition to lab-on-a-chip devices, where it could manipulate ...

While small in size, carbon nanotubes can be mighty in their applications. Among many other things, the tiny cylinders of carbon have helped researchers figure out how to make metals more resistant to ...

Scientists at the Stanford Linear Accelerator Center (SLAC) have devised a new way of creating twisted laser beams -- optical vortexes -- for carrying vast, near-infinite amounts of data down optical ...

When people are thinking of the future of space travel, an idea that floats around is a spaceship with a giant solar sail pushed along by a massive laser. Inspired by the concept but lacking a giant ...

Twisting laser patterns into a corkscrew-like pattern, rather than sending the light beams in a line, promises to relieve some data gridlock, say scientists A bottleneck in data rates is coming, some ...

If you’ve ever wondered why modern smartphones possess many times the computational power of yesteryear’s room-size supercomputers, while costing just a fraction of the price, the answer was famously ...

BUFFALO, N.Y., July 29 (UPI) --As the rise car ownership and automobile use in the 1950s and 60s necessitated bigger, better roads, increasing broadband use demands more efficient telecommunications ...

It is a radical breakthrough in communication that could change the ways computer chips work. Experts have revealed a 'vortex laser' that can encode information into its twists. This allows it to ...

• New Focus introduces the world’s first tunable, direct-diode blue laser that operates at 461 nm. New Focus™, a Newport Corporation Brand, introduces the Vortex™ Plus Blue TLB-6802 precision series, ...

Scientists at the Stanford Linear Accelerator Center (SLAC) have devised a new way of creating twisted laser beams -- optical vortexes -- for carrying vast, near-infinite amounts of data down optical ...