Breaking News
The Entire AI Data Center Explained - From Electricity to ChatGPT
When Placebos are Not Inert
China is Using Solar-Powered Robots to Turn Deserts Green
Currency Reset Incoming: Central Banks Are Preparing Now | John Rubino
Top Tech News
What could possibly go wrong? Scientists use AI to design new viruses
Dual-motor suitcase drive underpins 3,000-hp hypercar
DoorDash Wins Federal Approval To Fly Its Own Delivery Drones
Shade-Resistant Solar Cells Retain 97% Efficiency After 2,000 Hours of Testing
20 Ancient Engineering SECRETS
Stonehenge Was Reanalyzed by AI -- And the Findings Are Hard to Explain
After Years Of Delays, Aptera Is Finally Preparing To Build Customer Cars
'When you kill it, it doesn't die': the jellyfish that has cracked the secret of immorta
Archer Aviation debuts Halo autonomous VTOL, Thunder's commercial twin
US Telecoms Slide On Starlink Mobile Threat; Bernstein Sees It As A "Jab, But No Knockout Yet**
New modeling of fullerite and diamand based ultrahard materials
This breakthrough sets the stage for estimating the possible conditions for the production of the super-rigid materials. The results of the study were published in the journal Carbon .
Fullerite is a molecular crystal, where fullerene molecules are located in the lattice points with the fullerene. The fullerene possesses an outstanding rigidity, that the fullerite is a rather soft material, which nevertheless becomes harder than a diamond.
They believe they are getting closer to unlocking of the secrets of the ultrahard carbon.
They are using ultrahigh pressures in their experiments.
They plan to synthesize new ultra-hard carbon materials.