Interface Superconductivity in Graphite- and CuCl-Based Heterostructures
Abstract
The results obtained within the framework of this project shed a new light on the long-standing problem of possible high- temperature superconductivity in CuCl. The obtained experimental evidence indicates that the low resistance state in CuCl is governed by motion of charge density wave(s) along quasi-one-dimensional filaments. The electric-field-induced metallic state, non-linear current-voltage characteristics, intermittent switching between low- and high-resistance states, aging effect, and negative parabolic magneto-resistance, all these can be understood assuming the Frhlich-type (super)conductivity in the studied material.
Document Details
- Document Type
- Technical Report
- Publication Date
- Jan 22, 2015
- Accession Number
- AD1013228
Entities
People
- Iakov Kopelevitch