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News
Scientists create brilliant white material without a drop of white pigment
3+ day, 8+ hour ago (393+ words) Researchers have created a foam-based material that produces intense whiteness and water repellency without titanium dioxide pigments or PFAS chemicals. Inspired by natural structures in snow, clouds, flowers, and lotus leaves, the material uses tiny pores to scatter light while…...
White Is More Than a Color: How Nature Inspired a New Sustainable Way to Make White, Water-Repellent Materials - Image 3
3+ day, 18+ hour ago (56+ words) EurekAlert! Traditional Shoji created with DFP technology. Credit must be given to the creator. Only noncommercial uses of the work are permitted. No derivatives or adaptations of the work are permitted. More on this News Release...
White Is More Than a Color: How Nature Inspired a New Sustainable Way to Make White, Water-Repellent Materials - Image 1
3+ day, 18+ hour ago (60+ words) EurekAlert! Biomimetic structures transform light into colour, revealing hidden material potential. Credit must be given to the creator. Only noncommercial uses of the work are permitted. No derivatives or adaptations of the work are permitted. More on this News Release...
White Is More Than a Color: How Nature Inspired a New Sustainable Way to Make White, Water-Repellent Materials - Image 2 [IMAGE] | EurekAlert! Science News Releases
3+ day, 17+ hour ago (60+ words) White Is More Than a Color: How Nature Inspired a New Sustainable Way to Make White, Water-Repellent Materials - Image 2 EurekAlert! Einstein portrait created with DFP technology, transforming light into matter. Credit must be given to the creator. Only noncommercial uses…...
White is more than a color: How nature inspired a new sustainable way to make white, water-repellent materials
4+ day, 6+ hour ago (28+ words) Phys.org This site can’t be reached phys.org refused to connect....
Measuring elastic barriers that block molecular glass rearrangements
1+ week, 1+ day ago (825+ words) Bioengineer.org Researchers have long been captivated by one of the most deceptively simple questions in condensed matter physics: what, exactly, makes a glass a glass?...
Scientists Discover Flexible Diamond Can Generate Electricity, Opening New Possibilities for Tiny Self-Powered Medical Devices Future
1+ week, 5+ day ago (721+ words) Diamonds are known for being exceptionally hard. Scientists have now found that when the material is made extremely thin and flexible, it can also generate electricity. Researchers at the University of Hong Kong discovered that ultrathin diamond membranes produced a…...
3D Digital Twin Reveals Battery Degradation During Fast-Charging
2+ week, 5+ day ago (22+ words) KAIST researchers used a 3D digital twin to map battery degradation, revealing how electrode structure affects performance during rapid charging while guiding...
Hypersonic blast converts diamond to graphite, could aid defense armor
3+ week, 3+ day ago (551+ words) The structural shift to graphite absorbs collision energy, enhancing the material’s impact resistance. A new manufacturing technique developed at Rice University stabilizes diamond during thermal processing at low pressures, resulting in a dense, resilient composite material. The research, published in…...
Diamond melting mystery solved in new fusion energy study
4+ week, 1+ day ago (308+ words) A new discovery in high-pressure physics may help shape the future of clean energy and deepen our understanding of the solar system. Scientists at Lawrence Livermore National Laboratory (LLNL) have observed diamond melting under pressures about three times greater than…...