New Zero-Resistance States in Heterostructures: Anderson-Brinkman-Phillips Charge Density Waves and New States

TL;DR

This paper discusses recent observations of zero-resistance states in heterostructures, interpreting them as charge density waves and identifying new states such as zero charge with finite spin.

Contribution

It introduces the existence of charge-density waves, superconducting states, and novel states including zero charge with finite spin in heterostructures.

Findings

Zero-resistance states are interpreted as charge density waves.

Existence of superconducting states and new states including zero charge and finite spin.

Identification of charge-density waves and novel quantum states in heterostructures.

Abstract

Recently, observed zero-resistance states are interpreted by Anderson-Brinkman and Phillips as charge density waves. We point out the existence of charge-density waves, superconducting states and new states including a state of zero charge and finite spin.