Prof. Artur Useinov
Embedded Files
Q-Device
Characterization Lab
Location
Introduction into ICST
Research topics
Research topics
Theoretical modeling of the electronic devices: magnetic and ferroelectric tunnel junctions, sensors, memristors, etc. (Hand-made programming with Wolfram Mathematica )
Application of the advanced point-contact theory: contact resistance of the Metal/2D interface
Application of the advanced point-contact model for a new methodology in scanning tunnel microscopy
AFM measurements: piezo-response, spreading resistance microscopies: NTEGRA AURA – NT-MDT
Developing the theory of the interface conductance in the presence of spin-orbit interactions in semiconductors
Multi-band transport theory
Quantum ATK simulation of the material properties, Atomistic Simulation Software | QuantumATK - Synopsys
Applications: Device simulations and simple IC implementation: magnetic memory (SOT, STT -types), sensors, artificial neurons for AI, random bits generation, memristor, etc.
QDC-lab is focusing on the studies of electronic devices with a scale less than 50 nm. It requires crucially new solutions, since there is a problem of increased current leakages, quantum uncertainty, etc. The main topics of the research include also the problems of spintronics, transport model of heterostructures and atomistic simulations of the materials.
QDC-lab is equipped by powerful workstations with Wolfram Mathematica, MatLab, Quantum ATK programs. There is Scanning probe microscope NTegra Aura (NT-MDT BV).
More details:
Research Gate: Click Here
Google Scholar: Click Here
NYCU Scholar Academic Hub: Click Here
ORCID: https://orcid.org/0000-0001-7088-6896
Web of Science: https://www.webofscience.com/wos/author/record/C-9765-2015
Back to ICST-NYCU Faculty: Click Here
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