>
Private Equity Plan to Steal Your Home.
Comfy custom-fit saddle is 3D-printed according to data from your butt
WHO and EU Launch AI System To Monitor Social Media And Online "Misinformation" In Real T
Why 'Mirror Life' Is Causing Some Genetic Scientists To Freak Out
Future of Satellite of Direct to Cellphone
Amazon goes nuclear with new modular reactor plant
China Is Making 800-Mile EV Batteries. Here's Why America Can't Have Them
China Innovates: Transforming Sand into Paper
Millions Of America's Teens Are Being Seduced By AI Chatbots
Transhumanist Scientists Create Embryos From Skin Cells And Sperm
You've Never Seen Tech Like This
Sodium-ion battery breakthrough: CATL's latest innovation allows for 300 mile EVs
Defending Against Strained Grids, Army To Power US Bases With Micro-Nuke Reactors

In a world-leading study researchers at Macquarie University have proven a method for multiplying laser power using diamond, demonstrating that a laser similar to the Star Wars 'superlaser' may no longer remain in science fiction.
The research, published in Laser and Photonics Reviews demonstrates a concept – reminiscent of the Star Wars Death Star sci-fi laser – where the power of multiple laser beams is transferred into a single intense output beam that can be directed to the intended target.
This new laser development has real-world and high-stakes applications where high power lasers are seen as a key tool in areas such as defence.
"Researchers are developing high power lasers to combat threats to security from the increased proliferation of low-cost drones and missile technology. High power lasers are also needed in space applications including powering space vehicles and tackling the growing space junk problem that threatens satellites," said co-author Associate Professor Rich Mildren.