Rutgers University · Physics & Astronomy
Engineering quantum matter through geometry.
Exploring how electron interactions, dimensionality, and structural design give rise to new quantum states of matter.
From the fractional quantum Hall effect to magic-angle graphene, superconductivity, and strain-engineered flat bands.
Research themes
Twistronics & moiré matter
Magic-angle flat bands, topological heavy fermions, and interaction-driven electronic phases.
Superconductivity & criticality
Twisted trilayer graphene, quantum Griffiths behavior, and collective electronic order.
Geometry as a control parameter
Strain-induced pseudomagnetic fields, quasiperiodicity, and new routes to designing quantum states.
2026 KAVLI PRIZE IN NANOSCIENCE
Celebrating pioneering work in twistronics
Eva Y. Andrei shares the 2026 prize for foundational contributions to moiré quantum materials.
Biography and honors →Explore the laboratory
Research, scientific publications, people, and the experimental tools behind our discoveries.