Condensed Matter
Non-aligning Brownian particles develop shared direction when their motion creates channeling scars in the passive medium on curved surfaces
· “Curvature-induced host-mediated polarization of active particles”
Rolling 2D collinear magnets yields odd-parity spin symmetry and large nonrelativistic Edelstein response independent of the original order
· “Rolling Two-Dimensional Collinear Magnets into Chiral Nanotubes with p-Wave Magnetism”
Local XY symmetry governs the absence of critical point wetting up to critical end points in the KWI model and variants.
· “The exact solution of the Koga-Widom-Indekeu model and related models of wetting in fluid mixtures”
Ordinary band invariants on piercing loci diagnose protection of n-fold degeneracies in all AZ classes.
· “Topological characterization of multifold band degeneracies in Altland-Zirnbauer symmetry classes”
Geometry and programmed motion cancel thermal and 10 nm jitter dephasing in laser-cooled tweezers.
· “High-fidelity entanglement of polar molecules by dynamic geometric control”
Two projections of the soft-QED instrument fix the power-law edge and hard-sector dephasing from one kernel
A continuum free-energy model with variable lattice spacing shows compressive stresses fold the sheet out of plane
Simple cryostat keeps single Sr atoms alive for hours without sealing off the light path
· “A cryogenic neutral-atom platform with full optical access and 2-hour trap lifetime”
One-bang preparation cannot push non-Gaussianity past the homogeneous cooling bound
· “Optimal preparation and reachable-state constraints in the Mpemba effect”
Grand-canonical BEC with fixed phase but free number exchange leaves the rest to macroscopic fluctuations
· “Coherent Bose-Einstein condensation with fluctuating density”
Checkerboard and pyrochlore models turn a hand-imposed loop constraint into the kernel of a local SU(2) Hamiltonian
· “Microscopic Spin-1 Parent Hamiltonians for Emergent Valence-Bond Loop Manifolds”
Confidence threshold sets cluster count; opinion-weighted attraction decides spatial merge or separation
Geometric heterogeneity cancels thermal drift so ultra-low-power reservoirs stay accurate outdoors
Zero-field STM on Co0.25NbSe2 shows C3-broken spin and charge components offset by one sector
· “Phase-shifted multicomponent spin-charge nematicity in an altermagnet”
Geometric spin-orbit coupling alone matches time-resolved EPR in chiral donor–bridge–acceptor molecules
Parity-violating bias plus autocatalysis and noise can seed the excess seen in meteorites
· “Supernova Neutrinos and the Origin of Biomolecular Homochirality”
Maxwell equivariance maps device symmetries onto S-parameters for exact augmentation and equivariant nets
· “Symmetry-Informed Deep Learning for Electromagnetic Scattering”
Symmetry-adapted hoppings alone reproduce DFT band-edge spin patterns in (R/S-PEA)PbI3
A-axis strain turns on a Kerr effect that symmetry forbids in the pristine crystal
· “Strain-Tunable Shift Current and Magneto-Optical Kerr Effect in Multiferroic Altermagnet Fe2Mo3O8”
Semi-open ends let particles out of finite systems while preserving exact shock dynamics and new stationary laws
One linear slope recovers microscopic matrix elements and unifies two generation mechanisms in MoS2
Ordered Ge vacancies set an orthorhombic Fdd2 lattice whose b axis is the easy magnetic direction
Local oxygen defects can create domains of distinct superconducting symmetry, matching tunneling maps
Scattering and dynamical Berry curvature convert sub-gap AC drive into DC current that tracks Néel order
Antiphase boundaries inside single-phase NiCo2O4 nanoparticles supply both effects without multilayers
· “Antiphase boundary-driven large exchange bias and negative magnetoresistance in NiCo2O4”
b-axis fields trigger spin-flop then forced ferromagnetism; the H–T map stays simple and classical
Only the coin is reset; space is kept, yielding classical transport with short-range quantum corrections
· “Emergence of drifted diffusion in quantum walks with subspace restart”
One geometric-SOC model places both the positive and null single-molecule experiments without extra free parameters.
· “Geometric Spin-Orbit Coupling Resolves the Contradictory CISS Effect in Chiral Single Molecules”
Non-Abelian charge locks thermal multiplet fluctuations into ebits that grow with system size
· “Thermally Activated Long-Range Entanglement from Non-Abelian Conservation Laws”
Below yield, cyclic shear writes hierarchical loops; a periodic approximant writes none
· “How Quasicrystals Remember: Hierarchical Memory Under Cyclic Shear”
No engineered AFM layer needed: internal Mn2+ regions pin the ferromagnet with only a sub-percent volume fraction.
Synchrotron beams on epitaxial Schottky diodes clarify carrier generation and set protocols for the field
Extended orbitals and Coulomb anisotropy tip the balance away from ferromagnetism
· “Halogen control of magnetic competition in Kitaev candidate RuX₃ (X = Cl, Br)”
No pre-drawn target configs needed; XY energies match HMC within 1.35σ, τ_int < 2
· “Lattice Configuration Generation with a Self-Learning Diffusion Model”
A Poisson-bracket Lanczos algorithm supplies an early-time proxy and resolves LMG scrambling shell by shell.
Quantum dynamics, not reservoirs, set entropy flow; resonance yields coherent current and negative differential conductance.
Ice pushes wanted objects into traps and sweeps the rest away, independent of wettability, with cells staying viable.
· “IceCAPA: patterning particles and microorganisms at a freezing front”
Pump-probe spectroscopy tracks charge-spin-lattice coupling and drives nonthermal topological phase switches.
· “Research on topological materials using ultrafast spectroscopy”
Dressing the RPA dielectric matrix with f_xc makes crystal corrections larger than jellium and closer to experiment below the peak.
Attractive SU(N) bound states on a ring stop dispersing and follow a renormalized single-particle walk.
Light tails yield Erdős–Rényi; heavy tails yield stable weights and exponential disconnection
Magnetothermopower shows a particle-hole-symmetric Dirac liquid of superconducting quasiparticles coexisting with a Fermi liquid.
· “Magnetothermopower and particle-hole symmetry in a cuprate strange metal”
Mean-field optimization of a simple trial state recovers FL*, d-wave dome, and overdoped Fermi liquid in the t-J model.
· “Fractionalized Fermi liquids with the ghost-Gutzwiller Ansatz”
Closed-form rules show penetration depth set by length jump Δl and plateau tuned by switching rate
· “Tunable Signal Penetration and Response Plateaus in Bistable Mechanical Media”
In a Josephson bilayer, locking suppresses single-layer vortices in the locked state but not in the incommensurate phase
40 nm BNT still carries supercurrent; 1.5 THz boosts Ic to 468 µA and enlarges the gap
Structure-dependent free-energy terms from electronic structure feed transferable CALPHAD models.
· “Magnetic Contributions to Phase Stability in the Co-Ni Binary: A First-Principles CALPHAD Study”
A spatial measurement gradient yields cutoff-controlled scaling that directly extracts the exponent ν
A first-order Gaussian-remainder truncation captures center, crossover and far tail for finite-N sums
· “A Gaussian-Remainder Hierarchy for Sums of Random Variables with Big-Jump Statistics”
Many-body periodic orbits yield a doubly tunable window before heating sets in.
Velocity rises with peak temperature and falls with laser distance when the wall starts outside the hot spot
· “Domain wall motion in ferromagnetic nanowires driven by a localized Gaussian thermal gradient”
Descriptor fingerprints plus a smooth-plus-trap model yield Θeff with explicit uncertainties from raw cubes
· “Peak-Decomposition-Free Inverse Metrology of Hyperspectral Moir\'e Photoluminescence”
Layer-opposite d-wave order gaps helical edges of a 2D TI while bulk bands stay spin-degenerate
Current-driven spins in PrAlGe produce a frequency-linear Hall voltage without any magnetic textures
A d-wave staggered exchange on a square lattice drives quantum anomalous Hall phases without net magnetization
Coupled Chern layers of +1/−1/+1 produce a 2D hybrid-order insulator inside one bulk gap
· “Engineering Two-Dimensional Hybrid-Order Topological Insulators via Trilayer Coupling”
Unlike spherical dimers, a ring host keeps its binding well while the surrounding wall drops.
High-quality crystal heat capacity ends the debate, yet [1,1,0] fields still show spin-ice chain physics nearby
Persistent spin fluctuations retain usable entropy for sub-Kelvin magnetic refrigeration
· “Giant magnetocaloric effect at low fields in triangular-lattice NdMgAl₁₁O₁₉”
STM at 9 K resolves q = 8/11, 5/11 and 3/11 a* in unoccupied states plus an 11-cell superlattice.
· “Emergent interweaved CDW unoccupied states in hole-doping LaTe2 with element substitution”
A Debye-based interpolation recovers both exponential and square-root limits and matches self-consistent numerics within 7 percent.
· “Analytical solution of the Eliashberg equations for strong-coupling superconductivity in hydrides”
OABM matches human-sperm paths under control and hyperactivation with closed-form formulas
· “Oscillatory Active Brownian Motion: A Minimal Model for Sperm Dynamics”
Small-Stefan series recover parabolic fronts with early-time memory; error tracks Ste as predicted
· “Analytical and numerical solutions to the non-diffusive Stefan problem”
Convex mixes of topology-fixed models structure all sensitivities and bound biochemical sensors
Upper cuts erase initial conditions; lower cuts add constant excess drift without changing shape
First-shell contact couplings reach ~6 MHz; exchange stays weak across 3–12% vacancies
Universal minimum at T∝C^{-1} for Δ>1 yields non-monotonic viscosity and conductivity
· “Low-temperature Quantum-corrected Holographic Transport with Momentum Relaxation”
Quantum throat fluctuations rewrite the low-temperature asymptotics once CT drops below 0.023
It keeps coarsening laws intact yet adds traveling waves and can shatter droplets without flows
Boundary RG plus QMC map ordinary and special surface transitions of a (3+1)D O(3) QCP
A single trivial-Chern phase of Kitaev models can host multiple sharp vortex-to-anyon dictionaries
· “Mapping vortices to anyons in toric code phases of generalized Kitaev models”
Partial symmetries and replica permutations extract the topological invariants from finite regions
· “Symmetry-Twisted Multi-Entropies: Order Parameters for 2D SPT Phases”
The bulk dual recasts SWSSB as symmetry emergence under ensemble averaging and motivates a new swampland constraint.
· “Strong-to-Weak Spontaneous Symmetry Breaking from Wormholes in Holography”
Timed counter-gating reprojects slow modes and beats all-open by large factors
· “Slow is fast: raising barriers to accelerate thermal relaxation”
Arrays of room-temperature single-photon emitters couple on demand to cavities
Bosonic and fermionic Gaussians, pure or mixed, need only mode-squared copies for accurate classical description
· “Optimal tomography of bosonic and fermionic Gaussian states”
A finite temperature near the 1 K fidelity crossover minimizes total cooling-plus-error-correction power.
End-of-protocol probe measurements encode anti-commutators and entropy, with resources scaling by correlation complexity
Perturbative proof keeps the effect at large damping; ultra-weak damping needs multi-well landscapes.
At 10% tension a buckled elemental Si sheet stays ordered near 600 K while its near-Fermi bandwidth nearly halves.
· “Strain-controlled crystalline--amorphous transition and flat-band tuning in buckled silicon kagome”
