A Local Rule Reveals the Covering Density of Enormous Random Trees
A canonical covering rule turns local subtree patterns into large-scale packing and covering densities across diverse random-tree models.
New approach
Hubble Found a Clever Way to Outrun Its Aging UV Detector
Hubble’s aging ultraviolet detector has a software-table limit. LP-Infinity sidesteps it to extend the spectrograph’s working life.
To Test a Lockdown, This AI First Rebuilds How a City Spends Its Day
A new AI framework models daily activity choices under shifted lockdown timelines, then compares simulated infection and urban-activity trade-offs.
How to Catch a Fleeting Particle Without Changing Its Physics
A new method finds unstable quantum resonances by shaping the starting state, not changing the physics that drives it.
A Robot Learns to Recover by Rewinding Its Mistakes in Simulation
A rewindable robot world lets people correct failures in simulation, then tests whether those lessons transfer to real machines.
How Three Anyon-Like Particles Bind Without Slowing Down
A new mapping predicts three anyon-like particles can bind without on-site interactions, then race across a lattice at single-particle speed.
The First Step Toward a Radio Telescope Is Mapping Earth’s Noise
A small satellite payload aims to map Earth’s radio leakage from orbit, clearing a path toward astronomy below the ionosphere’s cutoff.
How Topology Finds a Level Square on an Uneven Mathematical Floor
A topological reframe turns table balancing into a parity argument, proving when a square can sit level on an uneven graph and what else follows.
Molecules Turn Their Dipole Dance Into a Sharper Quantum Sensor
Eight trapped CaF molecules form a spin-squeezed state, revealing a new route to quantum-enhanced sensing and long-lived storage.
How a Network of Small Sensors Traced a Meteor’s Shock Wave
Seven hobbyist and university sensors caught a meteor’s inaudible shock wave, revealing a new way to investigate fireballs after they vanish.
When Equations Resist Proof, Build a World Where They Fail
A new solver tackles abstract algebra from both sides: deriving consequences or constructing counterexamples, then asking Lean to verify every answer.
The AI Climate Model Counts Growth, Not Just Data-Center Power
A new climate-economy model finds AI’s indirect growth effects may rival data-center emissions—and reshape the case for climate policy.
A Shaped Mirror Could Bring a Star’s Best References Close
A custom mirror could bring distant reference stars beside Tau Ceti, helping small spacecraft measure the faint wobbles planets cause.
A Vibrating Membrane Could Steer Electrons—and Reveal Hidden Forces
A theoretical design uses a vibrating membrane to steer electron recoil and probe mechanical modes that ordinary optical measurements can miss.
A Falling Atom Cloud Could Put Quantum Arrival Time to the Test
A proposed falling-atom experiment uses a movable detector to distinguish competing quantum predictions for particle arrival times.
How a Quantum Gas Filters Heat by Letting Superfluid Flow
An optical superlattice separates superfluid from thermal atoms by speed, then uses repeated filtering to purify and sustain coherent flow.
How Entangled B Mesons Made a Missing Decay Clock Optional
Belle II used entangled B mesons to measure CP violation in a photon-only decay without reconstructing the signal’s missing vertex.
A Two-Qubit Circuit Turns Gluon Splits Into a Quantum Shower
A two-qubit circuit encodes gluon momentum sharing and entanglement, testing a quantum building block against real jet data.
How Tiny Memory Can Count Enormous Mathematical Families
A new complexity-theory toolkit shows how tiny-memory verifiers can count Dyck paths, tableaux and more by checking candidates one at a time.
A New Geometric Route to Counting Rational Points Near Curves
A geometric duality trick turns crowded rational points near curves into a sparse counting problem, yielding sharp bounds in 3D.