>
Defending Against Strained Grids, Army To Power US Bases With Micro-Nuke Reactors
Pavel Durov: We're 'Running Out Of Time To Save The Free Internet'
Involving Children in Emergency Preparedness, by A.C.
Catherine Austin Fitts Interview - Reverse Robin Hood: Why Has Trump Become Anti-Capitalist?
3D Printed Aluminum Alloy Sets Strength Record on Path to Lighter Aircraft Systems
Big Brother just got an upgrade.
SEMI-NEWS/SEMI-SATIRE: October 12, 2025 Edition
Stem Cell Breakthrough for People with Parkinson's
Linux Will Work For You. Time to Dump Windows 10. And Don't Bother with Windows 11
XAI Using $18 Billion to Get 300,000 More Nvidia B200 Chips
Immortal Monkeys? Not Quite, But Scientists Just Reversed Aging With 'Super' Stem Cells
ICE To Buy Tool That Tracks Locations Of Hundreds Of Millions Of Phones Every Day
Yixiang 16kWh Battery For $1,920!? New Design!
Find a COMPATIBLE Linux Computer for $200+: Roadmap to Linux. Part 1
Based on sheets of carbon nanotubes called "buckypaper," the new experimental shields can be made into a very thin, flexible skin that can be applied to airframes to both protect and support them.
For aircraft and spacecraft operating in the atmosphere at speeds above five times the speed of sound, heat shields are a necessity if the vehicle is to avoid severe damage at the very least. This is especially true today when many aerospace designs rely increasingly on carbon composites that provide strength and lightness, but are vulnerable to high temperatures.