The result targets a key resource cost in fault-tolerant quantum computing by producing high-quality magic states more efficiently.

Since 1972 officials have inserted 27 leap seconds, and the move shifts timekeeping toward a continuous atomic timescale.

The mission aims to survey the universe with a wide field of view to probe dark energy and exoplanets.

The projection underscores the growing global burden of neurodegenerative disease as populations age.

Researchers report an organized campaign to inflate citations in high-impact cancer journals, raising concerns about unreliable findings.

The findings add to ongoing debate over whether junk food harms neurological health beyond its known metabolic effects.

The facility expands industry-academic collaboration on quantum computing research in the UK.

The decline extends a reversal that began after years of record growth, prompting questions about a long-term shift.

The medium-lift, partially reusable rocket was announced in 2021 with an initial target of a 2024 debut.

The modeling adds to concerns about irreversible sea-level rise from West Antarctic ice loss.

The tidal disruption event TDE 2023mfm shows a star being torn apart more than 1,000 parsecs from the host galaxy's core.

The analysis raises questions about conflicts of interest in research shaping how ultraprocessed foods are classified.

The result advances silicon-based approaches to building scalable quantum processors.

Black holes of vastly different sizes appear to launch powerful jets by the same mechanism, researchers report.

The work traces how cortisol reshapes communication between brain networks to make emotional experiences stick.

The finding points to potential biological routes for tackling plastic pollution.

Growing and modifying immature immune cells could offer a replenishable source for cancer immunotherapy.

The experiments aim to study how microgravity affects human tissue, including research relevant to Alzheimer's disease.