WRLD A.LIVE

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• Scientists identify alloys resistant to damage at −253°C — ScienceDaily UA.NEWS
• Scientists discover metals that defy the deep freeze at -424°F Science Daily

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• Scientists discover metals that defy the deep freeze at -424°F Science Daily

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• Mathematical modeling and cross-salt validation of layer-by-layer deposition of cadmium sulfide thin films: correlating thickness, morphology, and functional relevance from sensor to photocatalytic applications Nature

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• Supercharged 'molecule highway' membrane that speeds water transport could transform industrial processing Phys.org

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• Why Kraig Labs’ Spider Silk Could Have a Future in Aerospace The Manila Times
• Evaluating CFRP Fatigue Performance Using Ultrasonic Fatigue Testing AZoM

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• Breakthrough in Silicone Recycling chemeurope.com

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• Light enables precise control of engineered tissue scaffolding Asia Research News |

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• Comparative analysis of gate-dielectric effects on the analog and linearity performance of MoS Nature

08:002 reports

• Engineers design ultra-tough alloy for deep-space and deep-sea missions Labroots
• Graphical illustration of this study (IMAGE) EurekAlert!

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• Chemical recycling turns silicone waste into reusable building blocks with up to 99% yield Phys.org

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• Chemical Bonds Affected by Atoms Several Nanometers Away... New Principle for Catalyst Design Discovered [Reading Science] 아시아경제

04:003 reports

• Metal surface bonds reach far beyond the atoms a molecule touches Bioengineer.org
• Strength of Metal Catalyst Bonds Also Governs Atomic Structures 7 Nanometers Away BigGo Finance
• Atoms far from bonding site found to shape chemical reactions, opening path to precision catalyst design 헤럴드경제

03:002 reports

• IBS and Max Planck reveal long-range electron effects reshape catalyst bonding Chosunbiz
• Light reshapes gelatin scaffolds to steer cell growth in three dimensions Phys.org

02:003 reports

• Chemical Bonds Affected by Atoms Several Nanometers Away... New Principle for Catalyst Design Discovered [Reading Science] 아시아경제
• Metal Atomic Arrangements Influence Catalyst Efficiency in Fertilizer, Fuel Production 조선일보
• One molecule, many atoms: Platinum bonds respond to surface features up to 10 nanometers away Phys.org

23:001 report

• Ultrathin carbon ribbons conduct electricity like metals in first successful synthesis Phys.org

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• Comparative analysis of gate-dielectric effects on the analog and linearity performance of MoS Nature

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• Powder metallurgy advances strengthen aluminium composites for marine applications AL Circle

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• Factors influencing the gas slippage effect in cementitious materials Nature

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• Narrow carbon pentaheptite nanoribbon as a covalent metal Nature

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• Machine learning simulations uncover how plastic transforms into hard carbon Open Access Government

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• Machine learning simulations reveal how plastic transforms into hard carbon Phys.org

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• Machine Learning Reveals How Plastic Becomes Hard Carbon Mirage News

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• Sub Nanometer Resolution STEM Imaging Resolves Individual Atomic Scale Defects AZoM

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• Preserving Liquid-Crystalline Order in Organic Light-Emitting Diodes ChemistryViews

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• Sparking Nanometal Oxides Strengthens Starch-Based Bioplastic Surfaces AZoNano

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• Origami-based construction method yields lightweight, load-bearing structures on architectural scales Tech Xplore

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• 'Porous anchor' that strongly bonds dissimilar materials formed simply by coating and drying Phys.org

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• Researchers Make Recycled PET More Tolerant of Cellulose Contamination AZoM

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• Effect of polypropylene fiber length and content on the wet–dry durability of xanthan gum-stabilized clayey sand: mechanical response and ultrasonic monitoring Nature

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• Chinese Lab-Grown Diamond Makers Pivot to AI Cooling, Chip Materials May Become New Front in U.S.-China Tech War BigGo Finance

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• China’s synthetic diamond sector eyes higher-margin AI cooling applications The Japan Times

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08:004 reports

• Bioactive phosphate-containing electrospun PVA nanofibers incorporating calcium phosphate and magnesium phosphate Nature
• China's Lab-Grown Diamond Makers Eye AI, Chip Markets for Growth Global Banking & Finance Review
• Analysis-China’s lab-grown diamond makers target AI, chip sectors for next wave of growth 1470 & 100.3 WMBD
• Why China’s lab-grown diamond makers are looking beyond jewellery Inside Retail Asia

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• China's lab-grown diamond makers target AI, chip sectors for next wave of growth Reuters

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• Beyond trial and error: Integrating computation, processing, and AI to design high-entropy alloys Phys.org

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• Nano Flame Retardant Suppliers for Low-Smoke Polymers Impakter

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• An 'electron waiting room' helps blue titanium dioxide hold light energy longer Phys.org

21:002 reports

• Where Does Pitting Corrosion Start in Titanium-Containing Stainless Steel? Asia Research News |
• New 3D thermal invisibility cloak makes objects disappear from infrared cameras Science Daily

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• New 3D thermal invisibility cloak makes objects disappear from infrared cameras Science Daily

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• Keeping water connected helps carbon electrodes last longer Asia Research News |

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05:004 reports

• Scientists uncover hidden risks of biodegradable plastics through fish blood EurekAlert!
• Plastic in our blood and brain: The invisible invasion threatening human health, fertility and life itself JK MONITOR
• When microplastics become chemically active Nature
• Scientists were unsure of how microplastics harmed the body — until now The Washington Post

05:002 reports

• Researchers develop new way to reduce metal waste in manufacturing Tech Xplore
• Tests reveal why titanium additions do not fully prevent pitting corrosion in stainless steel Phys.org

23:002 reports

• Scientists Discover Metals That Refuse To Crack at an Astonishing -424°F SciTechDaily
• Nanoscale alloy redesign tackles cold brittleness for potential deep-space and deep-sea applications Phys.org

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• Scientists Built a 3D Cloak That Makes Objects Almost Invisible to Thermal Cameras ZME Science
• Everyday Mylar turned into a promising insulator for lunar habitats Phys.org
• Composite Shielding Tiles: Atomic-6 Tests Lightweight Spacecraft Shielding On First… Trend Hunter
• Scientists Turned Shiitake Fungi Into Experimental Computer Memory ZME Science
• First Ever Launch of Atomic-6 Space Armor Takes Aim at Growing Threat of Space Debris Morningstar
• Atomic-6 Composite Space Armor Is Deployed on Starburst-1 Spacecraft CompositesWorld

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• Gold nanoparticles unexpectedly alter process that controls electrical conductivity in organic devices Phys.org

23:002 reports

• DNA programs a cell-free material to build its own motors and move Phys.org
• Experimental analysis of AISI 304 stainless steel machinability utilizing TiO₂ and ZnO nanoparticle-infused emulsifier oil-based cutting fluids Nature

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• Carbon Nanotubes Demonstrate Antibacterial Activity European Medical Journal

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07:001 report

• Archimedes' Screw Built From Single Molecule Mirage News

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• Electrolyte-pore interface architecture for high performance activated carbon supercapacitors Nature

05:002 reports

• Archimedes screw-inspired molecular machine boosts electrical conductivity Xinhua
• Failure investigation and degradation study of long term hydrothermally stressed PVC reinforced with ZnO nanocomposites for cable insulation applications Nature

04:001 report

• Electrolyte Additives for High-Energy-Density Lithium–Sulfur Batteries: From Fundamental Challenges to Rational Design Strategies Wiley Online Library

03:001 report

• Microplastics: A hidden health threat? Harvard Health

02:004 reports

• Microplastics might not be as chemically inert as expected Chemical & Engineering News
• Microplastics trigger inflammation linked to disease and death. Now scientists appear to have discovered why. Chicago Tribune
• Unidirectional rotation in a molecular motor driven by angular-momentum transfer via helical orbitals Nature
• Archimedes' screw made from a single molecule Nanowerk

23:005 reports

• Sunlight makes biodegradable plastic particles more harmful to fish Earth.com
• Should we stop drinking bottled water due to microplastics? WGN Radio 720
• Busting The Myth That Plastics Are Chemically Inert In Water Hackaday
• Plastic pollution isn't just in our oceans. It's in our bodies Fernandina Observer
• Evaluating Environmental Hazards of Aged Biodegradable Plastics in Aquatic Life AZoCleantech

22:001 report

• Quantum Leap For Canadian INRS High-temperature Materials Research Quantum Zeitgeist

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• Chemo-Mechanically Robust Li-Rich Oxide Cathode Interface Enabled By Ion-Conductive and Antioxidant Binder Wiley Online Library

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• Sapphire-grown semiconductor film sets bandgap record Phys.org

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17:003 reports

• Scientists may have found the key to one of quantum physics’ biggest mysteries: superconductivity Yahoo
• Innovative Nanomaterial Coatings Transform Locusts Into Advanced Chemical Sensing Agents AZoM
• Fabrication of three-dimensional graphene-like networks 3D-GLNs for strengthening nickel-based composites Nature

16:001 report

• Comparative evaluation of long-term corona- and environmentally-aged high-temperature vulcanized silicone rubber nano-composites Nature

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07:003 reports

• Effects of Zr substitution on ferroelectric switching in HfO APS Journals
• Anisotropic thermoelectric transport in the Sr APS Journals
• Additive manufacturing of ultralong and architected single crystals Nature

15:001 report

• 'Smoking gun' may help solve mystery of high-temperature superconductivity Phys.org

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• Experiment Reveals Quantum Tug-of-War Limiting Higher-Temperature Superconductivity Simons Foundation

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• Locusts get a sensory assist from nanomaterials WashU

02:001 report

• Marietta company’s first-of-its-kind technology heading to space aboard SpaceX rocket 95.5 WSB

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• SpaceX launch carries a piece of metro Atlanta into orbit 95.5 WSB

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• Light-induced asymmetric pseudogap below the critical temperature in cuprates Nature