BibTeX
@MISC{_room-temperaturequantum,
author = {},
title = {Room-Temperature Quantum Hall Effect in Graphene},
year = {}
}
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Abstract
The quantum Hall effect (QHE), one ex-ample of a quantum phenomenon thatoccurs on a truly macroscopic scale, has been attracting intense interest since its dis-covery in 1980 (1). The QHE, exclusive to two-dimensional (2D) metals, has elucidated many important aspects of quantum physics and has deepened our understanding of inter-acting systems. It has also led to the establish-ment of a new metrological standard, the resistance quantum, h/e2, that contains only fundamental constants of the electron charge, e, and Planck’s constant, h (2). As with many other quantum phenomena, the observation of the QHE usually requires low temperatures, typically below the boiling point of liquid helium (1). Efforts to extend the QHE temper-
Keyphrases
room-temperature quantum hall effect inter-acting system many quantum phenomenon low temperature fundamental constant many important aspect quantum physic quantum hall effect qhe temper resistance quantum intense interest electron charge quantum phenomenon thatoccurs planck constant liquid helium truly macroscopic scale new metrological standard
