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33 stories from Planck Standard. Latest: September 12, 2026.
An algorithm called kine stitched 116 VLBA observations of the blazar 3C 345 into a continuous polarized video with four times the resolution and 140 times the contrast, and the bright knots did not behave like shocks.
Physicists used entangled lambda hyperons to measure how often a strange quark turns into an up quark. The numbers still add up to one — and still disagree slightly with the older kaon measurements.
A Nature paper from Mario Krenn's group shows algorithms designing setups for quantum optics, electron microscopy, gravitational-wave detectors and fusion machines that beat the human versions.
Researchers assembled 2,110 complete centromeres from 28 populations and found 1,870 variants nobody had catalogued. Some chromosomes are changing 20 times faster than others.
Nearly every quantum material discovered so far needs cooling to near absolute zero. This one sorts photons by their quantum statistics at room temperature.
Instead of handing an electron to whichever molecule wants it most, a University of Wisconsin–Madison team ejects it into the solvent — where it will attach to almost anything.
Writing in Nature, researchers report a two-qubit gate that operates in 500 nanoseconds and converts roughly 0.5% of its operations into flagged, detectable errors while leaving hidden errors below 0.1%.
Niobium diselenide is a promising two-dimensional superconductor that starts corroding the instant it meets oxygen. Researchers solved it by growing the crystal inside a gap less than a nanometer wide — under the protective layer instead of beneath it.
The Inouye Solar Telescope in Hawaii imaged plasma vortices just 20 kilometers across, curling at the edges of granules like breaking ocean waves. They may be how the Sun twists its magnetic field.
A French-German team modulated a gold-and-semiconductor metamaterial so fast that its optical properties change on the same timescale as light's own oscillations — cutting photon losses roughly in half. The result ran in Nature on July 30.
A gold film thinner than a hair, carved with hundreds of microscopic slits, acts as a statistical filter on quantum states of light — no cryogenic refrigeration required.
A tabletop 'black hole' made of light offers the clearest evidence yet for Stephen Hawking's most famous prediction, and a rare window into quantum gravity.
A rising, bird-like pattern in an exploding star's light gave away the birth of one of the universe's most magnetic objects — and forced Einstein's relativity into the story of a supernova for the first time.
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An 82-million-year-old tail vertebra collected on James Ross Island in 1985 has been identified as a titanosaur — the first dinosaur bone ever found on the continent.
Kyoto University researchers report in Nature that migrating neurons suffer double-strand DNA breaks as they squeeze through developing tissue, a hidden hazard of brain construction.
Featured on the cover of Nature, the giant underground observatory measured key neutrino properties with record precision after just two months of data — and put itself on track to crack one of physics' biggest puzzles.
The Jiangmen Underground Neutrino Observatory's first results, published in Nature, sharpen two key oscillation parameters by a factor of 1.6 — a major step toward solving the neutrino mass puzzle.
Researchers at Carnegie Mellon, Stanford and Purdue showed that patterning microscopic gold structures can boost radiative heat transfer up to fourfold, a result that could reshape cooling for electronics and energy systems.
A Chinese team reported in Nature the first direct observation of a 1939 prediction: an electron flung from a recoiling atom, a trick that could finally reveal lightweight dark matter.
A University of Illinois team built working chips with three layers of silicon transistors stacked directly atop one another, achieving near-perfect yields with a low-temperature process that had long stumped the industry.
A new Nature Cell Biology study identifies SEL1L as the protein leucine suppresses to protect crucial energy-producing machinery in mitochondria — a finding with implications for muscle metabolism, fertility and certain lung cancers.
Using a custom quantum twisting microscope, Xiao, Inbar, Birkbeck and colleagues directly imaged the flat bands of twisted bilayer graphene with momentum resolution, revealing energy gaps, electronic cascades and a 'Dirac revival' that could finally explain how the material superconducts at temperatures rivaling exotic high-temperature compounds.
The Nature paper demonstrates the first 'shuttling' of paired electron spins across a silicon chip and quantum teleportation across 320 nanometers — a foundational step toward a manufacturable quantum computer.
Lawrence Kazak's group at the Goodman Cancer Institute showed that when glycerol docks into a single binding site on the enzyme, the body's futile creatine cycle ignites and turns up the heat — a finding Nature this week called a roadmap to next-generation obesity drugs.
A rapid chemical reaction crosslinks red blood cells in seconds, producing engineered clots that stop massive bleeding and could remake battlefield trauma care, Nature reports.
A new Nature paper from the Niels Bohr Institute slashes black-hole mass estimates 100-fold and finally explains the strange crimson points scattered across Webb's deep-field images.
A team from the University of Chinese Academy of Sciences achieved five-sigma confirmation of the Migdal effect, published in Nature, enabling detectors to hunt for far lighter dark matter particles.
The first direct observation of the Migdal effect — six confirmed particle events out of 800,000 candidates — achieves the five-sigma gold standard and could unlock detection of light dark matter particles invisible to every current experiment.
A QuTech team at Delft University published the measurement technique topological quantum computing has been missing — quantum capacitance spectroscopy that reads Majorana zero modes without destroying them, with coherence stable for over one millisecond.
A Chinese research team bombarded 800,000 candidate events with neutrons and identified six unmistakable two-track signals of the quantum process predicted by Soviet physicist Arkady Migdal in 1939 — a five-sigma confirmation.
A Northwestern University-led team mapped over 140,000 chromatin loops across multiple cell types, showing that the physical folding of DNA — not just its sequence — determines which genes are active.
By giving every atom its own miniature mirror resonator to capture escaping photons, Stanford physicists demonstrated a 40-qubit array and a 500-cavity prototype — the clearest route yet to quantum systems far beyond today's best machines.
A QuTech-led team at Delft University published the first real-time, single-shot measurement of Majorana qubit parity in Nature, achieving coherence times exceeding one millisecond and resolving a fundamental experimental barrier that has blocked topological quantum computing for decades.