TITLE:
Superinjection from Oriented Carbyne as the Result of Landau Quantization in Giant Pseudo-Magnetic Field
AUTHORS:
Yuri Prazdnikov
KEYWORDS:
Carbyne; Superinjection; Pseudo-Magnetic Field; Topological Insulator
JOURNAL NAME:
Journal of Modern Physics,
Vol.4 No.7,
July
15,
2013
ABSTRACT:
The qualitative explanation of the earlier published experimental
data was obtained within new energetic model of oriented carbyne. The
conductivity spectrum and the superinjection effect feature Landau quantization
in a giant pseudomagnetic field. The relativistic dispersion of carriers and
non-dissipative character of their motion cause the effect of superinjection
where carriers go upwards on an energetic ladder. Raman-spectra and other data
point out to the fact that the plane of carriers’ motion is close to the
carbyne-insulator interface. Quantum effects and on-surface conductivity allow
considering oriented carbyne as an analogue of topological insulator.