One year ago, our members John Clarke, Michel H. Devoret, and John M. Martinis won the 2025 @NobelPrize in #Physics for experiments that revealed quantum tunneling in an electric circuit.
The 2026 laureates will be announced next week. Any predictions?
#NobelPrize
A new study suggests the gallium anomaly, a neutrino mismatch between experiment and theory, could be solved by more precise calculations of electron-neutrino capture without new physics like sterile neutrinos.
Read more in @physrevlett: journals.aps.org/prl/abstrac…
Congratulations to the 2026 Golden Goose Awardees for federally funded research behind a noninvasive cancer treatment, satellite views of disaster recovery, and everyday physics. We're glad to count Sidney Nagel, 2023 APS Medal winner, among them. #GGA26go.aps.org/3TzkUL7
In 1983, a Soviet computer detected a U.S. nuclear missile launch. Officer Stanislav Petrov had minutes to decide whether the warning was real. He trusted his judgment, avoiding a potential nuclear disaster. Learn what caused the false alarm in #APSNews: go.aps.org/4dg9hj9#PhysicsHistory
ALT Stanislav Petrov is seated at a table in his home.
ALT At left, a full-scale model of the Molniya-1 satellite hangs from a ceiling in the Tsiolkovsky State Museum of the History of Cosmonautics. The model features a central component from which six rectangular panels extend. At right, a diagram showing the trajectory of the highly eccentric Molniya orbit.
⭐ When a massive star dies, does it explode or disappear into a #BlackHole? New simulations suggest neutrinos could be a determining factor.
Researchers modeled the collapse of 195 stars and found that when neutrino flavor conversion was included, some stars that otherwise would have exploded collapsed into black holes.
Read more in Physical Review D at the link in bio.
ALT A graph shows successful (green) and failed (black) stellar collapse outcomes across stars with zero-age main-sequence masses from nine9 to 120 times the mass of the sSun. Results are shown for simulations without neutrino flavor conversion and with conversion occurring at three different core densities. The patterns of successful and failed outcomes vary substantially across stellar masses and conversion assumptions. Text at the bottom reads, “Neutrino flavor changes could help determine which stars explode and which collapse into black holes.”
⭐ What determines whether a dying star explodes or collapses into a black hole? New simulations of 195 stars suggest that neutrino flavor conversion can predict a star’s fate.
Read more in Physical Review D: go.aps.org/4jcy9Mv
ALT A graph shows successful (green) and failed (black) stellar collapse outcomes across stars with zero-age main-sequence masses from nine to 120 times the mass of the sun. Results are shown for simulations without neutrino flavor conversion and with conversion occurring at three different core densities. The patterns of successful and failed outcomes vary substantially across stellar masses and conversion assumptions.
What can “expert eyes” reveal about a physics department?
APS Climate Site Visits bring an outside perspective to help departments, labs, and consortia assess their environment, hear feedback, and identify opportunities for positive change. Learn more: go.aps.org/4780UCv
ALT Two people sitting and talking together, while one has their laptop open on their lap.
International students are a vital part of the U.S. physics community. But shifting immigration and research policies are making it harder for them to plan their education and careers.
Learn what’s at stake, and how physicists can help, in #APSNews: go.aps.org/4AExdGW
ALT Two people are placing pins on a large, colorful map of the world. One person is focusing on a specific area of the map. They are both wearing coats and holding what appear to be travel documents or guides. The setting looks like a public event or a museum.
ALT A group of individuals stand in front of a large map backdrop with the APS logo. The map highlights a welcoming global community of APS members, with the text "Where is your home?" People are engaged in conversation and examining the map, some carrying backpacks.
Scientists have directly observed Kelvin wave turbulence along the core of an air-water vortex in the lab for the first time, confirming theoretical predictions for how energy transfers across scales.
Read more in @physrevlett: go.aps.org/3T0oVbr
ALT A series of three side-by-side photos capture Kelvin wave turbulence along an air-water vortex filament. A 40-centimeter-long vortex set against a black backdrop is bounded on the bottom by a red tube and on the top by an immersed gray annulus, where the vortex is forced by gentle random horizontal oscillations — generating interacting Kelvin waves that transport energy along the filament.
“The beauty of biological physics lies in this richness and diversity.”
Incoming PRX Life chief editor Ariel Amir talks bacteria, immune-cell swarms, interdisciplinary research, and his vision for the journal in #APSNews: go.aps.org/4iBy5FJ
ALT A headshot of Amir with greenery in the background.
ALT Amir stands at a blackboard covered with equations.
Physics educators: Are you looking to build community and find support throughout your teaching journey? The Physics Teacher Community Guide is here to help. Connect with fellow educators, discover resources, and strengthen your teaching practice: go.aps.org/46FHK6T
ALT A teacher works with four children gathered around a model in a classroom.
Connect with your physics community. Explore cross-disciplinary research. Inspire others as a presenter at the world's largest physics conference. Abstracts for #APSSummit27 are due in just one month. Submit today: go.aps.org/4roG0Zi
Could spinning stellar-mass #BlackHoles emit a hidden particle signal? 🕳️
Scientists propose "scalar sirens" — persistent emissions of hypothetical particles — as a new way to study the Milky Way's black holes. Read more in @physrevlett: go.aps.org/4gYf3bg
ALT Diagram showing a spinning black hole (labeled with spin a* and mass MBH) surrounded by a superradiant "SR cloud," emitting concentric wave-like ripples outward in all directions. The black hole sits at position r₀BH from the Galactic Center (marked "GC" with a red X), with its orbital velocity vφBH shown as a blue arrow. A red arrow points from the black hole toward a sun-and-Earth icon labeled with angular velocity ωφ₀. A second blue arrow near the icon shows its velocity relative to the black hole (v₀BH = −vBH₀), illustrating the relative motion used to model the emitted signal.
For international physics students, proposed visa rules could mean added pressure to finish a Ph.D. on a shorter timeline.
#APSNews spoke with members of the physics community about what the changes could mean: aps.org/apsnews/2026/09/tool…
ALT A government webpage about student visas pulled up on a phone or tablet. The device is sitting on a keyboard that can be seen in the background.
A newly discovered double neutron star system passed a test of general relativity. Its short, low-inclination orbit could help astronomers study how it warps spacetime and measure the primary pulsar’s moment of inertia.
Read more in @physrevlett: go.aps.org/4xWM6m7
ALT Mass-mass diagram showing constraints on the masses of two neutron stars in a binary system. Three colored regions derived from different relativistic measurements overlap in a small area, indicating that the measurements are consistent with general relativity. A gray region shows masses excluded by the system's mass function.
Physicists know a lot. But what are we surprisingly bad at? 👀
Drop yours below. Bonus points if it’s something you feel like you should be good at. You know, like math.
ALT A tweet from the American Physical Society (@APSphysics) that asks, "Physicists: What's something you’re surprisingly bad at?"
📣 Thousands of you submitted public comments, and now Congress has delayed implementation of the Office of Management and Budget’s proposed changes to federal grantmaking. But there’s more work to be done.
Learn what happens next in #APSNews: go.aps.org/3USvPQw
Humans and #AI play chess differently when the tension rises.
Researchers mapped the web of attacks and defenses and found that AI sustains complex, highly interconnected positions longer, while humans tend to simplify sooner. Read more in APS Open Science: go.aps.org/4dzOVkI
ALT Network diagram showing a chess position as a web of interactions. Black and white pieces are labeled with chess notation and connected by numerous colored lines representing attacks and defenses. The pieces are densely interconnected, with several major pieces and pawns clustered near the center and edges.
Ants meet head-on on a narrow path. Who turns around? 🐜
A study in Physical Review E shows that when ants meet up while relocating to a new nest, the one bound for the old nest turns back. Game theory suggests this reflects "sampling equilibrium": go.aps.org/4iS7zYD
ALT A line of ants travels along a narrow branch with green grass in the background.