All recent posts

Publication

Figure from the paper “Machine learning-guided discovery of kagome superconductors YRu3B2 and LuRu3B2”: Powder X-ray pattern for LuRu3B2 (red), with calculated pattern (black) and Bragg peak positions (green ticks) for space group P6/mmm

Machine learning points the way to two new kagome superconductors

Publication

QMAT logo with a Publication ribbon

Billion-site simulations of non-Hermitian topological matter in 3D

Publication

Figure from the paper “Tensor network approach to momentum-resolved spectroscopy in nonperiodic super-moiré systems”

Tensor networks map the electronic structure of giant super-moiré materials

Publication

Figure from the paper “Magnetic field walls in flat-band superconductors”

Flat bands let superconductors form walls of magnetic flux

Publication

QMAT logo with a Publication ribbon

Calculating a key superconductor property from first principles

Publication

Figure from the paper “Postselection-free ballistic-diffusive transition in monitored spin chains”: Ballistic to diffusive transition in periodically monitored spin chains

Measurements slow down spin spreading, with no postselection needed

Publication

QMAT logo with a Publication ribbon

A unified theory of spin–charge conversion in altermagnet devices

Publication

Figure from the paper “Quantum-geometric helical superconductivity”: (a) 1d model with a bipartite flat band (one unit cell highlighted)

Quantum geometry drives helical superconductivity in flat bands

Publication

Figure from the paper “Theory of spin-splitter magnetoresistance in altermagnets”

A magnetoresistance 'smoking gun' for altermagnets

Publication

An image from the article

QMAT researchers develop a quantum-inspired algorithm to solve colossal topological quantum materials

Publication

Figure from the paper “Interplay between superconductivity and altermagnetism in disordered materials and heterostructures”

When superconductivity meets altermagnetism in disordered materials

Publication

Figure from the paper “Experimental high-dimensional multi-qubit Bell non-locality on a superconducting quantum processor”: High-dimensional non-locality: schematics and results

Quantum processor reveals high-dimensional Bell non-locality

Subscribe to All recent posts