BBlogFlow

Scientists burned, poked and sliced their way through new robotic skin that can 'feel everything' - Live Science

·Jul 7, 2025
Source: Live Science
Read the original article

This story deserves to be shared

Send it to someone who'd care, or post it on your networks.

Facebook Twitter Email

This article is an excerpt. To read the full content, visit the original source. Live Science

Reactions

0 comments

No comments yet. Be the first to share your thoughts!

Facebook Twitter

Related articles

Ford Sliced A Mustang Into A Ute And Kept It In The Shadows

Based on the S550 generation, it's been hiding in plain sight Automakers like Ford have plenty of cancelled projects that never escape the closed doors of their design studios. However, every now and then, someone spills a secret and reminds us that people who work on cars are kids at heart. At the Ford Experimental Vehicles Building (EVB) in Dearborn, Michigan, there is a wild creation that waited years before stepping into the light. We're talking about a Ford Mustang that has been converted into a two-door pickup.

Carscoops·

The Eerie Sounds of Jupiter, Saturn, and Uranus - Yahoo

This is the sound of our solar system's giants. By converting astronomical data into audio, we can now 'listen' to Jupiter, Saturn, and Uranus. This process, called sonification, translates light detected from the planets into unique and ethereal soundscapes.

Yahoo·

Nanoscale alloy redesign tackles cold brittleness for potential deep-space and deep-sea applications - Phys.org

Chen and his team pioneered an innovative "negative-curvature interface" strategy in alloys. The graphic illustrates how negative-curvature interfaced nanoprecipitates harden the novel microstructures of the designed alloy. Credit: Nature Communications (2026). DOI: 10.1038/s41467-026-74629-1 Metallic materials used in extremely cold environments must maintain high strength, ductility and fracture toughness to support applications in aerospace, clean energy, superconducting systems and deep-space exploration. However, traditional alloys often suffer performance degradation at ultralow temperatures because of the long-standing trade-off between strength, ductility and toughness. Although metals may become stronger at lower temperatures, they can also become more brittle and prone to fracture.

Phys.org·