The Furnace Nobody Wanted Could Now Fuel the Future
A University of Birmingham catalyst splits water into hydrogen at 150–500°C using waste heat from steel and cement plants, potentially undercutting green and blue hydrogen on cost.
Stanford Freezes Batteries To −200°C: Cryo-XPS Finds Real SEI Chemistry, LiF Overstated In Warm Tests
Battery Tech New Freezing Method Reveals True Chemistry of Lithium Metal Batteries Cryo‑XPS flash‑freezes cells before X‑ray photoelectron spectroscopy, preserving the lithium anode interface for a more faithful read‑out of surface chemistry. 📍 Stanford University • Source: Stanford News Feature
Australian Scientists Transform Food Waste into Customizable Compostable Plastic Films
Scientists at Monash University have created natural plastic films from food waste sugars that could eventually replace petroleum-based packaging materials. This breakthrough addresses the
MIT Engineers’ Magnetic Transistor With Built-in Memory Could Simplify Future Electronics
MIT engineers have developed a new type of transistor that uses magnetism instead of silicon, potentially paving the way for smaller, faster, and more
Scientists Turn Waste Crab Shells into Wonder Bioplastics For Breakthrough Optical Technology
Crab shell extract has been converted into a bioplastic by scientists from the Anteneo de Manila University to make optical parts known as diffraction gratings. Lasers, wavelength division multiplexing, & spectrometers use
Govind Tekale
Plastic Made From Seafood Waste By Lucy Hughes
8 Million tons of plastic enters our oceans every year. 5.25 trillion pieces of plastic waste is estimated to be present in the ocean currently. 70% of our debris sink into the
Karmactive Team