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Semafor: I Cost the GOP a Senate Seat. Now I'm Doing It to 8 More.
Episode 498: VACCINE INJURY VINDICATION, CLIMATE SKEPTICS GAIN GROUND...
"The President is Busy Dismantling the Deep State!" – Press Secretary
From Lawn to Food Forest in 4 Months (Dad's First Garden)
I Built a Website to Expose Solar and Battery Scams
Whistleblower Issues Dire Warning: Rogue AI, Hacking Nuclear Programs...
Multi-material insulation delivers up to 10,000 x the stiffness
Anduril's plan to save US sub edge from China's undersea surge
Researchers Develop AI 'Mind-Reading' Tool That Reconstructs What Your Eyes See
Video: Dexterous robot hand learns the delicate art of silk embroidery
The computer that can read your mind:
SHOCK CASE REPORT: Advanced Alzheimer's Patient Regains Speech, Memory, Mobility...
Most artificial limbs rely on silicone or plastic to mimic human hands.

Created by scientists at Switzerland's ETH Zurich research institute and the University of Fribourg, the experimental composite is composed of laminated alternating layers of two materials. One of these is a previously developed synthetic version of nacre. Also known as mother-of-pearl, the natural version of nacre is composed of stacked-brick-like calcium carbonate plates, and it's what gives certain types of mollusc shells their hardness and stiffness. ETH's synthetic version is similarly tough, but is made of aligned aluminum oxide plates that are joined together via a mixture of epoxy resin and titanium oxide particles.