>
COMEX Silver: 21 Days Until 429 Million Ounces of Demand Meets 103 Million Supply. (March Crisis)
Marjorie Taylor Greene: MAGA Was "All a Lie," "Isn't Really About America or the
Why America's Two-Party System Will Never Threaten the True Political Elites
Generation Now #7 – Youth in Davos | Youth Pulse 2026 | Skills That Matter
How underwater 3D printing could soon transform maritime construction
Smart soldering iron packs a camera to show you what you're doing
Look, no hands: Flying umbrella follows user through the rain
Critical Linux Warning: 800,000 Devices Are EXPOSED
'Brave New World': IVF Company's Eugenics Tool Lets Couples Pick 'Best' Baby, Di
The smartphone just fired a warning shot at the camera industry.
A revolutionary breakthrough in dental science is changing how we fight tooth decay
Docan Energy "Panda": 32kWh for $2,530!
Rugged phone with multi-day battery life doubles as a 1080p projector
4 Sisters Invent Electric Tractor with Mom and Dad and it's Selling in 5 Countries

By experimenting with nanoscale magnetic materials, researchers observed an asymmetric diffraction pattern in surface acoustic waves — something only known in optics until now. This groundbreaking discovery suggests that sound waves can be manipulated in ways never imagined, potentially revolutionizing both classical and quantum communication.
A Breakthrough in Acoustic Wave Propagation
Researchers have discovered a new way that acoustic waves propagate, which could lead to significant advancements in communication technology. The study was conducted by the Institute for Materials Research at Tohoku University in collaboration with the Japan Atomic Energy Agency and the RIKEN Center for Emergent Matter Science.