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In pursuit of extreme blackness so black that “light just seems to fall into it”, color technologists create an ultrablack automative coating that absorbs more than 99.9% of visible light

Graphene experts are trying to close reproducibility gap in 2D materials

If the best enzymes for a biotechnology problem stopped existing millions of years ago, we need to bring them back to existence

Boron Buckyballs: B80 cages in the lab

Queen bees emerge from special wax chambers

This ‘living plastic’ activates and self-destructs on command

Cement production accounts for 8% of global CO2. A new electrochemical process from UBC reduces emissions by 98% and energy demand by 70%

Facebook, Instagram to check bone structure for age estimates

KTaO3-Based Supercurrent Diode

Modified "magic mushroom" compound treats depression without hallucinations

Meta, AWS blame human error after AI agents go rogue

A new sensor can detect compounds in a person’s breath to quickly diagnose pneumonia and other lung conditions

Lunar and Martian Regolith Simulants Desorb and Weather after Exposure to Bioregenerative Life Support System Effluent

The "forever chemical" PFOS accumulates in honeybee colonies and transfers to their honey

Chemicals from our phone and TV screens are accumulating in the brains of endangered dolphins and porpoises

After 70 years, chemists have "completed the set" of 3D transition metal metallocenes by synthesizing the first stable copper "sandwich" molecule (Cuprocene)

Aromatic 5-silicon rings synthesized at last

Researchers in South Korea have developed a new electrode capable of capturing carbon dioxide directly from exhaust gases and converting it into formic acid in a single step, an advancement that could simplify industrial carbon recycling.

Based on more than 200,000 births in Southern California between 2006 and 2014, a new study suggests that exposure to wildfire smoke during the third trimester of pregnancy is associated with a higher likelihood of an autism diagnosis in children by age five.

A new study reveals that oil residues can travel over 5,000 miles by hitching a ride on floating ocean debris

Researchers found a method to reprogram macrophages inside solid tumors—the deadliest and most resistant cancers—using mRNA

Wildfires and prescribed burns could emit up to 21% more gases, including those contributing to air pollution, than previously estimated

Direct Air Capture: Recyclability and Exceptional CO2 Uptake Using a Superbase

Review of multitude of preclinical and clinical studies support the repurposing of atomoxetine for Alzheimers Disease(AD) drug development for both symptoms and neuroprotection to slow disease progression

For the first time, MIT chemists have successfully synthesized verticillin A, a rare fungal molecule discovered over 50 years ago and long viewed as a promising anticancer agent — particularly for treating aggressive brain tumors.

Lead-Free Organic–Inorganic Halobismuthate for Large Piezoelectric Effect

New research shows that typhoons act as powerful vectors of ocean microplastics, revealing a direct physical link between plastic pollution and climate change and pointing to a feedback loop in which warming oceans intensify storms that spread plastic farther and faster across the planet.

Alternative solvent makes lead-free perovskite solar cells 10x more stable

Researchers have created a pill-like sensor made of tiny microspheres containing blood-detecting bacteria

Scientists reengineered the chemotherapy drug 5-fluorouracil into a spherical nucleic acid that entered leukemia cells 12.5× more efficiently, killed them 20,000× more effectively, and slowed cancer progression 59× in mice—marking a major preclinical advance in chemotherapy design.

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