Contact
Expertise Summary
My research focuses on experimental semiconductor physics, quantum phenomena in semiconductor nanostructures, and their applications in functional electronic and optoelectronic devices. My major research activities include: study of quantum electronic, spintronic, microwave and optoelectronic effects in semiconductor devices based on novel 2D (graphene, van der Waals crystals), 0D (quantum dots, colloidal nanocrystals), and conventional 3D (III-V and Si) material systems.
Teaching Summary
TEACHING AND ADMINUISTRATION
Currently I am teaching 4 different modules to Nottingham Physics students in years 2-4 (module convenor of one of them). I am co-supervising 4 PhD students. My admin duties at the School of Physics, University of Nottingham include position of a Disability Liaison Officer and membership in two academic committees.
Research Summary
CURRENT RESEARCH INTERESTS
My research focuses on experimental semiconductor physics, quantum phenomena in semiconductor nanostructures, and their applications in functional electronic and optoelectronic devices. My major research activities include: study of quantum electronic, spintronic, microwave and optoelectronic effects in semiconductor devices based on novel 2D (graphene, van der Waals crystals), 0D (quantum dots, colloidal nanocrystals), and conventional 3D (III-V and Si) material systems.
Selected Publications
GEORGIOU, THANASIS, JALIL, RASHID, BELLE, BRANSON D., BRITNELL, LIAM, GORBACHEV, ROMAN V., MOROZOV, SERGEY V., KIM, YONG-JIN, GHOLINIA, ALI, HAIGH, SARAH J., MAKAROVSKY, OLEG, EAVES, LAURENCE, PONOMARENKO, LEONID A., GEIM, ANDRE K., NOVOSELOV, KOSTYA S. and MISHCHENKO, ARTEM, 2013. Vertical field-effect transistor based on graphene-WS2 heterostructures for flexible and transparent electronics NATURE NANOTECHNOLOGY. 8(2), 100-103 MISHCHENKO, A., TU, J. S., CAO, Y., GORBACHEV, R. V., WALLBANK, J. R., GREENAWAY, M. T., MOROZOV, V. E., MOROZOV, S. V., ZHU, M. J., WONG, S. L., WITHERS, F., WOODS, C. R., KIM, Y-J., WATANABE, K., TANIGUCHI, T., VDOVIN, E. E., MAKAROVSKY, O., FROMHOLD, T. M., FAL'KO, V. I., GEIM, A. K., EAVES, L. and NOVOSELOV, K. S., 2014. Twist-controlled resonant tunnelling in graphene/boron nitride/graphene heterostructures NATURE NANOTECHNOLOGY. 9(10), 808-813 MAKAROVSKY, O., VDOVIN, E.E., PATANÉ, A., EAVES, L., MAKHONIN, M.N., TARTAKOVSKII, A.I. and HOPKINSON, M., 2012. Laser location and manipulation of a single quantum tunneling channel in an InAs quantum dot Physical Review Letters. 108(11), 117402 MUDD, GARRY W., SVATEK, SIMON A., HAGUE, LEE, MAKAROVSKY, OLEG, KUDRYNSKYI, ZAKHAR R., MELLOR, CHRISTOPHER J., BETON, PETER H., EAVES, LAURENCE, NOVOSELOV, KOSTYA S., KOVALYUK, ZAKHAR D., VDOVIN, EVGENY E., MARSDEN, ALEX J., WILSON, NEIL R. and PATANE, AMALIA, 2015. High Broad-Band Photoresponsivity of Mechanically Formed InSe-Graphene van der Waals Heterostructures ADVANCED MATERIALS. 27(25), 3760-3766