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In 2000, Sandia used a 416-nanometer cheesecloth-like crystal to bend infrared light with little loss. 26 years later, the approach still guides research into faster, cooler photonic chips
7+ hour, 38+ min ago (321+ words) In 2000, Sandia used a 416-nanometer cheesecloth-like crystal to bend infrared light with little loss. 26 The Economic Times In 2000, researchers at the Department of Energy's Sandia National Laboratories demonstrated a tiny structure that could bend infrared light with very little loss…...
Scientists found a material thinner than human hair that could transform the future of superconductors
1+ mon, 3+ week ago (135+ words) Superconductors are entering a new era as scientists explore smarter ways to build energy-efficient electronics. A tiny nanoscale surface change has revealed a powerful path to improve superconducting materials and reduce energy waste. SIR drive in Karnataka: CM appeals voters…...
Scientists built a battery-free device that turns sunlight into fuel
2+ mon, 1+ week ago (307+ words) The Economic Times For decades, scientists have been trying to recreate one of nature's most remarkable tricks: the ability of a leaf to use sunlight, water and carbon dioxide to produce energy-rich compounds Researchers say the breakthrough could simplify solar…...
Scientists discover hydrogen breakthrough that could cut energy costs and reshape clean fuel production
2+ mon, 3+ week ago (296+ words) The Economic Times The Economic Times daily newspaper is available online now. Scientists discover hydrogen breakthrough that could cut energy costs and reshape clean fuel production University of Birmingham researchers have developed a novel low-temperature method for hydrogen production, significantly…...
Living Supermaterial: Scientists create a plastic alternative that’s stronger, smarter and fully biodegradable. Here’s everything to know
3+ mon, 5+ day ago (53+ words) Scientists have created a new supermaterial using bacteria-grown cellulose. This material is strong, flexible, and biodegradable. It offers a sustainable alternative to plastic for packaging and manufacturing. The innovation promises to reduce plastic pollution and reliance on fossil fuels. This…...
‘Iron-breathing’ microbe which eliminate toxic sulfide from Earth discovered by scientists
9+ mon, 4+ week ago (125+ words) University of Vienna researchers discover MISO bacteria that breathe iron minerals while oxidizing toxic hydrogen sulfide in marine sediments and wetlands. The microbial metabolism may prevent ocean dead zones and accounts for up to 7% of global sulfide oxidation, revealing new…...
Nagaland University researchers develop flexible supercapacitor for wearables, EVs
10+ mon, 2+ week ago (375+ words) Nagaland University researchers have developed a flexible supercapacitor, a first-of-its-kind study comparing tungsten, vanadium, and cobalt doping in molybdenum diselenide, with cobalt proving most effective. This eco-friendly device offers high energy storage and durability, poised to power next-generation wearable electronics,…...
Chemistry’s holy grail in sight — scientists reveal path toward elusive element 120
11+ mon, 1+ week ago (149+ words) scientific discovery 2025: Researchers at Lawrence Berkeley National Laboratory achieved a breakthrough. They created livermorium, element 116, using titanium-50. This new method is more reliable than previous attempts. Scientists bombarded plutonium with titanium ions. This achievement may help discover the 'island of…...
Wondering where life began? Scientists reveal surprising ‘spark’ that may have kickstarted Earth’s first organisms
11+ mon, 3+ week ago (417+ words) A new study by University College London researchers offers fresh clues to lifes origins. The team showed that aminoacyl-thiols, sulfur-based compounds, can spontaneously link amino acids to RNA in water without enzymes, mimicking the first stage of protein synthesis. This…...
Scientists find red onion dye can shield solar cells from UV damage, outperforming conventional plastic filters
11+ mon, 3+ week ago (496+ words) A recent study highlights a promising sustainable alternative to petroleum-based films for solar cell UV protection. Researchers discovered that a nanocellulose film infused with red onion skin extract effectively blocks 99.9% of UV radiation, outperforming commercial filters. This innovative approach offers…...