A new study is set to change how researchers measure catalytic upcycling of polyolefin plastic waste, by insisting that every hydrocarbon produced during deconstruction must be tracked—not just the “headline” gases....
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A new study in Nature Machine Intelligence reports a brain-inspired approach that lets artificial agents “mentally simulate” routes and actions using internal maps of the...
A new global analysis is challenging the idea that dietary change can be modeled with one-size-fits-all averages. Researchers report that climate, water, and land burdens...
A new study is set to change how researchers measure catalytic upcycling of polyolefin plastic waste, by insisting that every hydrocarbon produced during deconstruction must...
A new study is shining a microscope-sized flashlight into the heart’s inner architecture, using a technique that maps tissue mechanics at the voxel scale. The...
A new study from researchers in 2026 reports that tumor progression can disrupt ovarian function even when tumors are not reproductive in origin. Published in...
HDAC6, a cytoplasmic deacetylase best known for shaping cell stress responses, is emerging as an unusually informative flag in blood cancer. In a new study...
Kogakuin University in Japan and IIT (ISM) Dhanbad in India have launched a joint research initiative aimed at advancing next-generation multifunctional glass-ceramic materials for energy...
In leukemia’s most aggressive settings, bone marrow–resident blood-cell factories fail to complete normal maturation. Instead of rapidly generating mature immune cells, immature progenitors stall, expanding...
Sparkling water is often positioned as a soda alternative, but a new experimental study suggests the details matter: unsweetened sparkling water appears to reduce mouth...
National Harbor, Md. (July 26, 2026)—A small pilot trial suggests that compressing the daily eating window may help lower dementia risk, beyond the cognitive effects...
Maize was probably more than just a staple for many Classic Maya communities in southeastern Petén, Guatemala, according to a new study that uses stable...
T-cell engagers (TCEs) are rapidly becoming a powerful immunotherapy platform, showing meaningful clinical responses across multiple tumor types. Yet their broad deployment is limited by...
Solid oxide fuel cells and other high-temperature electrochemical devices rely on fast oxide-ion conductors, yet most candidates only become truly mobile well above 500 °C. That...
Trypanosome mitochondria rely on an RNA-editing process that rewrites transcripts through precisely timed uridine deletions and insertions, guided by complementary RNAs. For decades, researchers have...
Dissolved organic matter (DOM) is a major component of Earth’s carbon cycle, but its molecular complexity has long resisted full characterization. The same chemical “mixture”...
