Physics
MoM-z14 and the physics behind an early-galaxy distance record
MoM-z14’s January 2026 publication connects a confirmed redshift with early star formation, uncertain chemistry, and the statistics of rare galaxies.
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203 articlesPhysics
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Physics
Muon g−2 after the final Fermilab measurement: precision meets a moving theory baseline
The June 2026 final report documents Fermilab’s 127-ppb muon result, while updated strong-interaction theory changes how the famous discrepancy is read.
Physics
n2EDM in 2026: how to search for a neutron’s hidden electric asymmetry
PSI’s 2026 n2EDM program targets an electric dipole moment through ultracold neutrons, field reversals and magnetic controls, without claiming a new limit.
Physics
Neutral-atom logical qubits learn to expose missing atoms
A June 2026 experiment turns detectable leakage into useful error information, showing why knowing where a quantum error occurred can change the code.
Physics
NICER’s 2026 Radius Results and the Problem of Seeing a Neutron Star
A September 2026 NICER analysis links pulsar hot spots to dense matter, showing why emission geometry and background modeling shape neutron-star radii.
Physics
Nickelate Thin Films Put Superconducting Coherence Under the Microscope
Nickelate experiments in 2026 use oxygen control, magnetic screening and vortex anisotropy to distinguish pairing, coherence and the roles of electronic bands.
Physics
NIF’s 8.6-Megajoule Shot: The Physics Between Ignition and Useful Energy
LLNL’s 2026 account of its April 2025 NIF shot explains how cleaner implosions support alpha heating, while target gain and net electrical gain remain distinct.
Physics
Optical clocks turn height into a measurable frequency difference
A September 2026 European clock comparison shows why optical timekeeping now depends on networks, gravity corrections and independently checked uncertainty.
Physics
Mechanical resonators bring quantum control to collective motion
Recent optomechanics separates high-purity preparation, feedback theory and transferred noise squeezing, showing what collective quantum motion really requires.
Physics
Oxygen and neon at the LHC: the 2026 search for energy loss in small quark–gluon droplets
June 2026 light-ion results connect jet imbalance, neutral-pion suppression and nuclear geometry, testing how small a strongly interacting droplet can be.
Physics
Parker Solar Probe’s Reconnection Encounter: Why Sunward Particles Matter
Parker Solar Probe’s 2026 reconnection analysis separates proton scattering from heavy-ion beams and tests how magnetic energy becomes energetic particles.
Physics
What the Pulsar-Timing Background Can Tell Us About Growing Galaxies
New 2026 pulsar-timing analyses connect a slow gravitational-wave background to black-hole growth while exposing model degeneracies and detection limits.
Physics
PUNCH’s First Storm Forecast: What a Thirty-Minute Arrival Error Means
NASA’s August 2026 PUNCH test tracked one solar eruption to a half-hour arrival error, opening a careful test of imaging, geometry, and forecast uncertainty.
Physics
When a quantum simulator outruns a computer, who checks the answer?
Recent 2026 studies compare quantum simulation with classical resources and neutron data, while verification theory explains what an advantage claim must establish.
Physics
Reading Sagittarius A* flares in two infrared colors
Webb’s paired infrared light curves and a 2026 multiwavelength analysis reveal how timing can test competing explanations for Sagittarius A* flares.
Physics
SPHEREx’s Full-Sky Spectrum Turns a Picture Into a Measurement
SPHEREx’s first full-sky survey and 2026 data releases show how infrared spectra separate cosmic chemistry, galaxy distances, and foreground light.
Physics
Strange Metals: Why Linear Resistance Does Not Identify One Mechanism
Optical spectroscopy, numerical models and entanglement probes in 2026 show why a linear resistance curve cannot uniquely explain strange-metal behavior.
Physics
Supersolidity moves from atomic gases to light–matter systems
Room-temperature polariton results and 2026 exciton theory sharpen the distinction between an imposed stripe pattern and spontaneous supersolid order.
Physics
Surface codes on heavy-hex chips: why a better memory needs a fairer metric
A July 2026 surface-code experiment explores sparse chip connectivity, directional error protection and the care needed when claiming scalable quantum memory.
Physics
Why T2K and NOvA Combined Their Neutrino Data
The joint 2025 oscillation fit and new 2026 interaction studies show how complementary experiments sharpen neutrino physics without settling every question.
Physics
Thorium nuclear clocks finally close the feedback loop
October 2026 thorium experiments turn nuclear spectroscopy into operating clocks, while crystal reproducibility remains a separate limit on precision.
Physics
Top-quark entanglement after the threshold studies: what collider correlations can establish
October 2026 top-spin measurements and new threshold studies sharpen the interpretation of collider entanglement without turning top quarks into qubits.
Physics
The Hubble Tension After Webb: What a Cleaner Cepheid Test Actually Rules Out
Webb’s Cepheid observations test a specific source of distance bias. Follow the physics from crowded stars to the 2026 distance-network comparison.
Physics
Wendelstein 7-X’s Triple Product: Why Density Profiles Matter as Much as Duration
Wendelstein 7-X’s 2026 density-profile study and corrected 2025 long-pulse results reveal why confinement time, pulse length, and fusion gain must stay distinct.