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Bibliography of the person, including all types of documents, not only theses.

PhD theses (1)

1. Andraž Gnidovec: Structural order in anisotropically interacting systems on spherical surfaces

MSc theses (6)

1. Ana Rebeka Kamšek: Algoritmi za obdelavo slik elektronske mikroskopije pri atomski ločljivosti
2. Andraž Gnidovec: Urejanje točkastih multipolov na sferi
3. Rok Geršak: Numerično modeliranje interakcij na meji dveh tekočekristalnih medijev
4. Peter Marinko: Simulacija holesterika v vijačno simetrični ograditvi
5. Primož Jozič: Uporaba genetskega algoritma pri inverznem problemu izospektralnih dvodimenzionalnih membran
6. Uroš Grandovec: Uporaba rekurentnih nevronskih mrež za klasifikacijo in napovedovanje standardne preslikave

BSc theses (1)

1. Ylenia Žiber: Delovanje toplotnih cevi

Other documents (11)

1. Andraž Gnidovec, Anže Rapoš Božič, Simon Čopar: Dense packings of geodesic hard ellipses on a sphere
2. Simon Čopar, Jure Aplinc, Žiga Kos, Slobodan Žumer, Miha Ravnik: Topology of three-dimensional active nematic turbulence confined to droplets
3. Simon Čopar, Žiga Kos, Tadej Emeršič, Uroš Tkalec: Microfluidic control over topological states in channel-confined nematic flows
4. Simon Čopar, Miha Ravnik, Slobodan Žumer: Janus nematic colloids with designable valence
5. Simon Čopar, Miha Ravnik, Slobodan Žumer: Introduction to colloidal and microfluidic nematic microstructures
6. Rok Geršak, Simon Čopar: Interactions on the interface between two liquid crystal materials
7. Andraž Gnidovec, Simon Čopar: Long-range order in quadrupolar systems on spherical surfaces
8. Jošt Stergar, Simon Čopar: Experimenting with light at the 6th European Physics Olympiad
9. Saikat Das, Seyed Reza Seyednejad, Simon Čopar, Surajit Dhara: Topologically reconfigurable nematic emulsions
10. Andraž Gnidovec, Emanuele Locatelli, Simon Čopar, Anže Rapoš Božič, Emanuela Bianchi: Anisotropic DLVO-like interaction for charge patchiness in colloids and proteins
11. Andraž Gnidovec, Simon Čopar: Controlling curvature of self-assembling surfaces via patchy particle design