Theses on a related topic (having the same keywords):

opticka odezva, cuprates, kupraty, high temperature superconductors, excitovane stavy, excited states, vysokoteplotni supravodice, optical response

Keywords ordered alphabetically | Keywords ordered by occurrence rate

1.
Chaloupka, Jiří
Faculty: Faculty of Science
Year: 2009, studies completed, degree conferred: Ph.D.
Programme/field: Physics (4-years) / Condensed Matter Physics
Doctoral thesis defence: Microscopic Gauge-invariant Theory of the c-axis Infrared Response of Bilayer High-Tc Cuprate Superconductors | Theses on a related topic Display description

2.
Geffroy, Dominique Alain
Faculty: Faculty of Science
Year: 2017, studies completed, degree conferred: Ph.D.
Programme/field: Physics (4-years) / Condensed Matter Physics
Doctoral thesis defence: Theoretical study of electronic properties of high-Tc superconductors and other materials with strongly correlated electrons | Theses on a related topic

3.
Adamus, Petr
Faculty: Faculty of Science
Year: 2024, studies completed, degree conferred: Ph.D.
Programme/field: Physics / Condensed Matter Physics
Doctoral thesis defence: Theoretical study of electronic properties of high-Tc superconductors and other materials with strongly correlated electrons | Theses on a related topic

4.
Friš, Pavel
Faculty: Faculty of Science
Year: 2013, studies completed, degree conferred: Mgr.
Programme/field: Physics / Condensed Matter Physics
Master's thesis defence: Neporuchové postupy v teorii silně korelovaných elektronových systémů | Theses on a related topic

5.
Šolomek, Tomáš
Faculty: Faculty of Science
Year: 2014, studies completed, degree conferred: Ph.D.
Programme/field: Chemistry (4-years) / Organic Chemistry
Doctoral thesis defence: Theoretical and Experimental Study of Reactive Intermediates with Emphasis on the Development of New Photoactivatable Compounds | Theses on a related topic

6.
Barabasová, Paulína
Faculty: Faculty of Science
Year: 2020, studies completed, degree conferred: Ph.D.
Programme/field: Advanced Materials and Nanosciences / Advanced Nanotechnologies and Microtechnologies
Doctoral thesis defence: C-axis optical response of t-J ladders | Theses on a related topic