Prize Observer

Quantum anomalous Hall effect · explained

research · explained

Source date

The quantum anomalous Hall effect is quantized transverse electrical transport associated with magnetism and topology, without a large external magnetic field. Its experimental observation in magnetic thin films is distinct from the ordinary Hall effect and from a finished commercial device.

Evidence

Citation Laureates identifies influential research. Recognition is not a prediction of a Nobel winner in a particular year.

Related reading

work and contributions

Qikun Xue

An experimental physicist known for work on quantum materials. His team’s observation of the quantum anomalous Hall effect connected topological ideas with measurable transport in magnetic thin films.

Sources