Researchers at the University of Cologne published a study in Nature identifying how moderately cold temperatures trigger a specific metabolic pathway in muscle tissue that…
Researchers at the University of Utah have discovered that heart muscle cells burn glucose in the cell cytosol while simultaneously using lactate inside their mitochondria…
Researchers discovered that common microplastics spontaneously generate DNA-damaging free radicals upon contact with water, challenging long-held assumptions that synthetic…
Analysis of stalagmites from a cave in Peru reveals that global monsoon systems generally operate on a seesaw pattern, strengthening in one hemisphere while weakening in the other.
Researchers have combined generative protein design with directed evolution to create artificial metalloenzymes driven by metal polypyridine photocatalysts, detailed in a 2026…
Moderate cold exposure extends lifespan and preserves protein health in nematodes through an intertissue metabolic network.
Researchers at Washington University School of Medicine revealed that even a moderate 25% reduction in UBE3A triggers a false cellular stress response by causing asparagine…
Engineers across European universities have developed a mechatronic metamaterial that behaves as a time crystal, pulsing in unison and organizing its own movement despite random…
Independent research teams in Beijing and Vienna have unveiled the world’s first working thorium-229 nuclear clocks, marking a major leap in precision timekeeping.
Researchers working independently in Vienna and Beijing have developed the world’s first operating nuclear clocks.
Researchers have built the world’s first nuclear clocks, using thorium-229 crystals and ultra-precise lasers to track time through atomic cores rather than electron clouds.
Climate change is gradually altering the geographical spread of malaria across Africa, driving up transmission in cooler, higher-elevation regions while lowering it in hotter…