>
It's Time To 'Spring Forward' - What To Know About The Debate Around Daylight Savings
My Opinion on Electric Vehicles! Is everyone brainwashed!? Pros Cons and Misconceptions!
How Does Dr. Steven Greer Tell if a UFO Whistleblower is Real or Fake
Disclosure Project Founder Dr. Steven Greer Issues An Emergency Warning To Trump
Solar film you can stick anywhere to generate energy is nearly here
Honda's New Hydrogen Fuel Cell Produces More Power For Half The Price
Paper battery could take over for lithium-ion ... in EVs and beyond
Musk Begins Testing His Starlink Terminals in US Airspace System
Mercedes' Solid-State Battery Prototype Comes Out Of The Lab, Onto The Road
Scientists discover mysterious form of energy in Egypt's pyramids that should only exist...
Microsoft Majorana 1 Chip Has 8 Qubits Right Now with a Roadmap to 1 Million Raw Qubits
The car that lets you FLY over traffic jams! Futuristic £235,000 vehicle takes flight...
Floating nuclear power plants to be mass produced for US coastline
In our everyday world, waves are stubbornly democratic. Whether it's the sound of a conversation, the glow of a lightbulb, or the undulations of the ocean, waves tend to flow equally in both directions. You speak, and your voice travels to your friend standing across from you — just as theirs reaches back to you.
We like it this way. But what if we needed waves to move in only one direction, free from interference, like cars on a one-way street?
That's the kind of control a team of researchers at ETH Zurich has just achieved. After years of effort, they've figured out how to direct sound waves so that they travel forward — but never backward. It's a feat that could have vast implications for future technologies, from communications systems to radar, and they've done it without weakening the sound's strength.