The Large Hadron Collider is a machine built for big questions and tiny clues. The Standard Model has steered physics for decades, but as scientists push its boundaries, they keep returning to the same stubborn mystery: what lies beyond the known particles and forces? A new analysis from the ATLAS Collaboration at CERN takes a…
Across the globe, natural-language processing has remixed language into vectors and tokens, but breakthroughs in AI have largely been trained on English and a handful of dominant tongues. In Saarbrücken, Germany, a researcher named David Ifeoluwa Adelani led a project that rethinks how machines understand Sub-Saharan languages. Working with Saarland University’s Institute for Computational Linguistics…
In the high-energy theater where neutron stars spit out X-rays, a quiet revolution is unfolding. A concerted set of observations with the Imaging X-ray Polarimetry Explorer (IXPE) has begun to map not just the light itself but how that light is oriented as it journeys from the surface of a neutron star to our telescopes….
In the quiet world of completely locked-in state, the body becomes a sealed chamber and the mind longs for a conversation it can no longer physically initiate. ALS can strip away not just speech or movement but the very channels through which a person can reach out to others. At The University of Texas at…
Causal estimates live or die by what you compare to. In the world of synthetic controls, researchers build a counterfactual by weighting a pool of untreated units to resemble the treated unit before a policy or event hits. The hope is simple: if the weighted average behaves like the treated unit before the intervention, any…
Wormholes have always hovered between science and myth—the imagined tunnels through spacetime that could, in principle, connect distant regions of the cosmos. A new study from the University of Texas at Dallas, led by Travis Rippentrop, Avijit Bera, and Mustapha Ishak, digs into a pressing question behind that science-fiction gloss: can these thin-walled bridges stay…
A quiet thread runs through the science of chaos: can we measure how a wave spreads across space when the rules look wild? A simple mathematical setup known as the cat map sits at the center of this question. On a two dimensional torus it twists and folds the fabric of space in a way…
In the quiet world of electrons, tiny changes can flip the script on how matter conducts. Bilayer graphene, a pair of atom-thin carbon sheets, already behaves like a quirky musician with a distinct sense of rhythm. When you add a menagerie of molecules on top, you don’t just dampen or heighten the volume—you can rewrite…
The quantum world loves drama, but it often hides its most spectacular acts behind a curtain of math and lab benches. In a collaboration led by Nicky Kai Hong Li at Technische Universität Wien, with partners from ETH Zurich and Université de Sherbrooke, a team asks a practical question about one of the boldest claims…
The interiors of the universe’s most extreme objects are like laboratories carved out of the imagination. In magnetars—compact stars with magnetic fields so intense they bend the rules of everyday physics—the matter inside can reach densities and field strengths that push our theories to the limit. A new study from Arizona State University asks a…
Cities are heating up in the same way a city budget can suddenly swell when unforeseen costs pop up. The urban heat island effect is not just a meteorology term to throw around in a climate lecture; it is a lived reality for millions who step outside and feel the heat, especially in streets paved…
Coloring a graph is like organizing a crowded party: you want to seat guests so that neighbors don’t clash, using as few colors as possible for the whole guest list. In the language of math, that’s the chromatic number, χ(G): the minimum number of colors needed to color the vertices of a graph G so…
In a world where most science writing is in English, a new study invites readers to listen to the chorus of languages that still carry knowledge across borders. The paper asks not just who publishes, but in what languages, and when readers cite those languages, too. The team behind the work is based at Université…
In causal claims, the chain from cause to effect is only as strong as what we leave out. Economists have long wrestled with omitted-variable bias, the dreaded specter that lurks when a relevant factor isn’t observed or controlled. Across dozens, then hundreds, of studies, researchers have relied on sensitivity analyses to ask: how robust are…
The cosmos may be harboring a quiet handshake between its two most mysterious components, dark matter and dark energy. A new study proposes a mechanism that keeps the background expansion exactly as in the standard Lambda Cold Dark Matter model, but allows the two dark components to exchange energy at the level of tiny fluctuations….
In the genome, history isn’t a straight line; it’s a tangled web of splits and gene flows. A new mathematical study dares to map that web more boldly than ever, showing how to identify a wide class of evolutionary networks from genetic fingerprints called quartet concordance factors. The study was conducted by researchers from the…
Across the airwaves that knit our connected world, energy use is the quiet cost of speed. Bands get crowded, signals race through cities, and the hardware at the edge chews power to keep everything crisp. A new line of research argues we can cut waste not by adding more boxes but by rethinking how the…
The universe is not a blank abyss but a grand tapestry threaded with matter in filaments, sheets, and vast quiet pockets called voids. These voids aren’t empty so much as underfilled, like air pockets in a sponge, expanding and evolving as gravity shapes the cosmos. For decades, scientists have hunted for a workable map of…
Curves in algebraic geometry are not just lines or loops; they carry a symphony of possible shapes and the ways they can map into simpler spaces. A new mathematical picture helps us see how many distinct voices a general k-gonal curve can sing, and how those voices fit together into a grand choir. The study,…
The most powerful beams in science come with their own critics—their interactions with the world can ruin sensitive measurements. So researchers have long sought ways to study charged particle beams without tipping the scales. A recent experiment led by Rob Behary at William & Mary points the way toward a new kind of eye for…