Physics

Jun 30th, 2025 - A research team from the University of Wollongong's (UOW) Institute for Superconducting and Electronic Materials (ISEM) has addressed a 40-year-old quantum puzzle, unlocking a new pathway to creating next-generation electronic devices that operate without losing energy or wasting electricity. Published in Advanced Materials , is the work of UOW researchers led by Distinguished Professor Xiaolin Wang and Dr. M Nadeem, with Ph.D. candidate Syeda Amina Shabbir and Dr. Frank Fei Yun. It introduces ... [Read More]

Jun 28th, 2025 - The promise of quantum computing come with a hitch: the more qubits you load into a single machine, the harder they are to keep in line. Scientists have tried shielding, error correction, even stacking qubits on top of one another, yet stability keeps slipping through their fingers. A fresh demonstration now points to a different strategy – spreading the workload across several small processors and letting quantum teleportation knit them together in real time. Teleportation in this ... [Read More]

Jun 28th, 2025 - , Phys.org New research in Physical Review Letters suggests that superconducting magnets used in dark matter detection experiments could function as highly precise gravitational wave detectors, thereby establishing an entirely new frequency band for observing these cosmic ripples. This concept expands on the initial Weber bar architecture from the 1960s, in which Joseph Weber proposed detecting gravitational waves using massive metal cylinders that would respond through mechanical resonance. ... [Read More]

Jun 23rd, 2025 - New approach is already having an impact on the experiment's plans for future work. Measurements at the Large Hadron Collider have been stymied by one of the most central phenomena of the quantum world. But now, a young researcher has championed a new method to solve the problem using deep neural networks. The Large Hadron Collider is one of the biggest experiments in history, but it's also one of the hardest to interpret. Unlike seeing an image of a star in a telescope, saying anything at all ... [Read More]

Jun 20th, 2025 - Sign up for CNN's Wonder Theory science newsletter. Explore the universe with news on fascinating discoveries, scientific advancements and more . Scientists are trying to solve a decade-long mystery by determining the identity of anomalous signals detected from below ice in Antarctica. The strange radio waves emerged during a search for another unusual phenomenon: high-energy cosmic particles known as neutrinos. Arriving at Earth from the far reaches of the cosmos, neutrinos are often called ... [Read More]

Jun 19th, 2025 - The universe's invisible dark matter might swirl into spinning clumps laced with countless tiny vortices, new theoretical work suggests. The findings, published May 30 in the journal Physical Review D , offer a fresh perspective on the strange behavior of "ultralight" dark matter — a hypothetical substance made of extremely light elementary particles. In the new study, physicists explored what happens when a dark matter halo rotates — a natural expectation for real galaxies, which ... [Read More]

Jun 18th, 2025 - Physicists have been searching for ways to link photons and local quantum bits in a single system. One approach that uses quantum dots is particularly appealing. By carefully steering atomic nuclear spins, researchers have found a way to store and retrieve quantum information without sacrificing stability or flexibility. Recent experiments with gallium arsenide quantum dots revealed a technique where 13,000 entangled nuclear spins cooperated to form a robust "dark state." This effort was led by ... [Read More]

Jun 15th, 2025 - Timekeepers once trusted wobbling pendulums and vibrating quartz. Now, the world's best quantum clocks probe energy gaps inside single atoms, counting oscillations with parts‑per‑quintillion precision. Professor Marcus Huber of the Atomic Institute at TU Wien and his collaborators have upended a rule that many physicists treated as gospel: double the accuracy, double the energy bill. Old clocks needed more energy Every clock marries a periodic event to a counter. The event ... [Read More]

Jun 14th, 2025 - Quantinuum has made a number of important quantum computing advances over the past several years. The latest is solving some of the problems of knot theory. In a recent paper , scientists at the firm Quantinuum have announced the development of a practical quantum algorithm for solving a fundamental problem in a field of mathematics known as knot theory .  Knot theory Knot theory is a field of mathematics called 'low-dimensional topology', with a history, stemming from an idea proposed by ... [Read More]

Jun 9th, 2025 - By The Standard Model of particle physics—the best, most thoroughly vetted description of reality scientists have ever devised—appears to have fended off yet another threat to its reign. At least, that's one interpretation of a long-awaited experimental result announced on June 3 by physicists at the Fermi National Accelerator Laboratory, or Fermilab, in Batavia, Ill. An alternative take would be that the result—the most precise measurement ever made of the magnetic wobble of ... [Read More]

Jun 4th, 2025 - Scientists might be on the verge of cracking one of the biggest problems in physics, allowing them to finally create a grand Theory of Everything. Currently, two separate theories are used to explain different aspects of the Universe around us – quantum mechanics and gravity . Though many have attempted to bring the two together into a single idea, no one has yet managed to create a convincing theory. "Combining gravity and quantum theory into a unified framework is one of the central ... [Read More]

May 31st, 2025 - A mysterious second flavor of hydrogen atoms — one that doesn't interact with light — may exist, a new theoretical study proposes, and it could account for much of the universe's missing matter while also explaining a long-standing mystery in particle physics . The mystery, known as the neutron lifetime puzzle, revolves around two experimental methods whose results disagree on the average lifetime of free neutrons — those not bound within atomic nuclei — before they ... [Read More]

May 25th, 2025 - !DOCTYPE html> A new proposal makes the case that paraparticles—a new category of quantum particle—could be created in exotic materials. The original version of this story appeared in Quanta Magazine . On a quiet pandemic afternoon in 2021, Zhiyuan Wang , then a graduate student at Rice University, was alleviating his boredom by working on a weird mathematical problem. After he found an exotic solution, he started to wonder if the math could be interpreted physically. Eventually, he ... [Read More]

May 22nd, 2025 - Magnets and superconductors go together like oil and water—or so scientists have thought. But a new finding by MIT physicists is challenging this century-old assumption. In a paper in the journal Nature , the physicists report that they have discovered a "chiral superconductor"—a material that conducts electricity without resistance, and also, paradoxically, is intrinsically magnetic. What's more, they observed this exotic superconductivity in a surprisingly ordinary material: ... [Read More]

May 22nd, 2025 - Scientists have been searching for more efficient ways to track particles moving at speeds that boggle the mind. Recent progress in superconducting nanowire technologies promises to change the way we observe protons in high-energy experiments. "This was a first-of-its-kind use of the technology," said Argonne physicist Whitney Armstrong . Argonne National Laboratory experts are at the center of this discovery.  Detecting protons in motion Particle accelerators can push these protons to ... [Read More]

May 22nd, 2025 - Manuel Endres, professor of physics at Caltech, specializes in finely controlling single atoms using devices known as optical tweezers. He and his colleagues use the tweezers, made of laser light, to manipulate individual atoms within an array of atoms to study fundamental properties of quantum systems. Their experiments have led to, among other advances, new techniques for erasing errors in simple quantum machines ; a new device that could lead to the world's most precise clocks ; and a ... [Read More]