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News
Tiny Metal Cages Could Transform Food Industry Enzymes Into Reusable
47+ min ago (715+ words) Enzymes are the quiet workhorses of the modern food industry, quietly cleaving sugars, clarifying juices, and softening doughs in plants around the world. Yet they have always carried an awkward industrial weakness: used once, they are typically discarded along with…...
MXenes Emerge as Frontier Nanomaterials Powering Supercapacitors and Clean
1+ hour, 39+ min ago (79+ words) A sweeping review published in Discover Electrochemistry has consolidated more than a decade of progress on MXenes, a family of two-dimensional transition metal carbides, nitrides, and carbonitrides that many researchers now regard as the most versatile nanoarchitecture in modern energy…...
Goodbye, Boring Cement Tile: Meet The Long-Lasting Alternative That Looks Good Anywhere
8+ hour, 10+ min ago (436+ words) Cement tiles are a fairly popular option for most homes, but they are often lackluster. Instead, use the longer-lasting and vibrant encaustic cement tile. Goodbye, Boring Cement Tile: Meet The Long-Lasting Alternative That Looks Good Anywhere If you're starting a…...
Ultra-Tough Concrete Jacket Could Rescue Corroded Bridges, Simulation Study
4+ hour, 48+ min ago (55+ words) Reinforced concrete has carried the modern world on its shoulders, from cross-sea bridges and port terminals to offshore wind platforms, but the ocean is quietly eating away at its skeleton. Chloride-laden seawater penetrates even well-made concrete, triggering rust formation inside…...
Scientists Depolymerize Commercial Polymethacrylates at Lower Temperatures
5+ hour, 19+ min ago (652+ words) A new study published in Nature Chemistry reports a chemical strategy that allows commercial polymethacrylates, a widely used family of acrylic plastics, to be broken down back into their original monomers at substantially lower temperatures than previously required....
Marble Dust Turns Industrial Waste Into Stronger, Longer-Lasting Aluminium
5+ hour, 19+ min ago (55+ words) Researchers in India have found a way to transform ordinary marble dust, a low-value by-product of the stone-cutting industry, into a powerful additive that makes one of the world’s most widely used aluminium alloys significantly stronger and more resistant to…...
Waste PVC Transformed Into Flame-Retardant Microcapsules That Keep Things
7+ hour, 24+ min ago (742+ words) Every winter, roads ice over, cold chains wobble, and cities dump millions of tonnes of salt and chemical deicers onto pavements that slowly corrode bridges, contaminate groundwater, and damage vehicles....
From 16 GB to 2 GB: How We Rebuilt Our Product Ingestion Pipeline and Cut Infra Cost by ~85%
6+ hour, 40+ min ago (811+ words) Our product ingestion pipeline ran on an 8 vCPU, 16 GB Machine. It still kept dying. On paper, the job is …...
Recycled Carbon Fiber Is Forecast to Nearly Double by 2033 — BMW Just Cut It From the Car That Made It Famous
20+ hour, 10+ min ago (842+ words) BMW's new i3 started rolling out of Plant Munich last month, and it carries a name that used to mean something very specific to car enthusiasts: a lightweight passenger cell woven almost entirely from carbon fiber, bonded rather than welded, unlike…...
Cyano-Engineered Polymer Beats Glass With Record Infrared Refractive Index
9+ hour, 36+ min ago (560+ words) For decades, the optical world has been ruled by a quiet division of labor. When engineers needed materials that bend light strongly and transmit infrared radiation cleanly, they turned to inorganic compounds: chalcogenide glasses, cadmium sulfide, zinc sulfide, zinc selenide....