Physical Review X

Researchers develop a Rényi thermal entropy scaling framework to identify weakly first-order quantum phase transitions in finite-size simulations.

Researchers introduce spatially structured quantum-optical imaging techniques to overcome resolution limits and achieve quantum-enhanced absorption and fluorescence imaging.

Quantum Monte Carlo simulations reveal that a Zeeman field drives Dirac spin liquids into a chiral flux phase, forming relativistic spinon Landau levels and gapless photon excitations of the emergent gauge field theory.

Transport and neutron experiments on $\text{DyPtBi}$ demonstrate that uniaxial stress aligns magnetic domains and eliminates conductive domain walls, establishing mechanical control of topological states intertwined with multipolar order.

Researchers develop a versatile quantum certification framework that verifies global state properties and fidelity using local Pauli measurements.

By deriving bounds on reaction affinities and stationary concentrations, this work defines the thermodynamic space of chemical reaction networks and establishes their fundamental thermodynamic constraints.