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Arseny Alexeev
Also published under:A. M. Alexeev
Affiliation
Mathematics and Physical Sciences, University of Exeter, UK
Topic
Amorphous Carbon,Conductive Filaments,Heat Resistance,Memory Devices,Dependence Of Conductivity,Electrode,Endurance Cycling,Field Dependence,High Resistance State,Joule Heating Effect,Load Resistance,Memory Cells,Molecular Dynamics Simulations,Reversible Switching,Source Measure Unit,Switching Memory,Temperature Dependence Of Conductivity,Temperature Distribution,Absolute Efficiency,Amorphous Phase,Amorphous Solid,Atoms In Region,Beam Steering,Carbon-based Devices,Conductive,Diamond-like Carbon,Dielectric Breakdown,Dynamic Control,Dynamic Reconfiguration,Electrical Circuit,Focusing Mirror,Good Scalability,Graphene,Heat Dissipation,High Resistance,High Speed,High-angle Annular Dark-field,Hot Spots,Local Control,Local Distribution,Local Phase,Low Loss,Low Resistance State,Low Voltage,Memory Materials,Memory Technologies,Metamaterial,Molecular Dynamics,Near-infrared,Near-infrared Wavelengths,
Biography
A. M. Alexeev received the B.S. and M.S. degrees in semiconductors
engineering from Saint-Petersburg State Polytechnical University, Russian Federation, Saint Petersburg, Russia, in
2008, and the Ph.D. degree in solid-state physics from the University of Exeter, Exeter, U.K., in 2013.
Since 2013, he has been a Research Fellow with the Nanoengineering Science Technology research group, University of Exeter. His research interests include on developing novel electronic and optical devices based on carbon and phase-change materials.
Since 2013, he has been a Research Fellow with the Nanoengineering Science Technology research group, University of Exeter. His research interests include on developing novel electronic and optical devices based on carbon and phase-change materials.