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The table includes keywords of all theses, where this person is in the role of a mentor. Keywords are sorted by the frequency, with most frequent keywords at the top. Most frequent keywords may tell what this mentor's research fields and interests are.

Person: Dragan Mihailović

Together there are 78 keywords, that are appearing 87 times.
9 of them (11.54 % of all) appear more than once, together appearing 18 times (20.69 % of all appearances).

FrequencyKeyword
Num.%
2x11.11%charge density wave, 1T-TaS$_2$, polytype transformation, fizika trdne snovi, polaroni, transition metal dichalcogenides, 1T-TaS2, skrita stanja, scanning tunnelling microscopy
1xkvazidvodimenzionalni kristali, valovi gostote naboja, nanowires, efficiency, polymer solar cells, optical spectroscopy, photoinduced phase transition, scanning tunneling microscopy, CdMnTe, hidden state, molybdenum oxides, atomic force microscopy, Raman spectroscopy, phase changes, UV-VIS spectroscopy, hidden states, photoinduced phase transitions, quantum states, strongly correlated electron systems, optika, polarizacija svetlobe, elipsometrija, optični inštrumenti, electron transport, phase-slip effect, tantalov disulfid, Pockelsov pojav, photocurrent imaging, ultrahitra spektroskopija, fotoinducirani fazni prehodi, superconductivity, inorganic nanowires, spominski elementi, differential scanning calorimetry, superconducting materials (noncuprates), Spinske verige, Isingov model s transverzalnim poljem, Nukleacija mehurčkov, Neravnovesna dinamika, Kvantno žarjenje, Odprti kvantni sistemi, Kvantni adiabatni teorem, Kvantno tuneliranje, Metastabilna stanja, 1T-NbSe2, 2H-NbSe2, picosecond electrical pulse, 4Hb-TaSe2, memory device, Razpad lažnega vakuuma, electrical switching, charge density waves, polarons, solid-solid transitions, Ultrafast time-resolved optical spectroscopy, vrstična tunelska mikroskopija, relaxation processes in metals and alloys, metastable phases, pikosekundni električni sunek, collective effects, relaksacija metastabilnega stanja, val gostote naboj, Monte Carlo simulations, charged lattice gas model, glasses, phase transitions and critical phenomena, quantum annealing, quantum computing, metastabilno skrito stanje