Entries by oddelek

18th International Conference on Ferroelectric Liquid Crystals, Polarity and Chirality in Soft Matter, September 6 – 10, 2021, IJS, Slovenia

We are pleased to announce the 18th International Conference on Ferroelectric Liquid Crystals (FLC2021), which will be held in Ljubljana, Slovenia, from 6th to 10th of September 2021. The meeting will focus on Polarity and Chirality in Soft Matter, with specific topics covering the areas of synthesis, physical properties, theory, simulations, and applications of polar […]

Prof. Neven Barišić, 19.11.2019 at 11:15, Physics seminar room

High-Tc cuprates | story of two electronic subsystems Prof. Neven Barišić, Viena University of Technology, Austria and University of Zagreb, Croatia 19th November 2019 at 11:15, Seminar room for physics Abstract The high-Tc cuprates are amongst the most intensively studied correlated materials. Nevertheless, pivotal questions regarding their principal phases and regimes, as well as the […]

Nanofabrikacija in karakterizacija superprevodniškega ojačevalnega vezja (n-tron) v kombinaciji s CCM (Charge Configuration Memory) spominskim elementom, Magistrska naloga

Mentor: prof. dr. Dragan Mihailović (dragan.mihailovic@ijs.si) Zaradi vse večje potrebe po shranjevanju in obdelavi velike količine podatkov so trenutne zelo zanimive raziskave na področju novih spominskih tehnologij, predvsem za rabo v superprevodniških računalniških sistemih. Spominske naprave, ki temeljijo na materialu TaS2, bi lahko pomenile velik napredek na tem področju, saj delujejo pri izjemno nizkih temperaturah, […]

Simulacija in analiza toplotnih značilnosti CCM (Charge Configuration Memory) spominskih elementov na TaS2 s pomočjo programskega orodja Comsol, Magistrska naloga

Mentor: prof. dr. Dragan Mihailović (dragan.mihailovic@ijs.si) Zaradi vse večje potrebe po shranjevanju in obdelavi velike količine podatkov so trenutne zelo zanimive raziskave na področju novih spominskih tehnologij, predvsem za rabo v superprevodniških računalniških sistemih. Spominske naprave, ki temeljijo na materialu TaS2, bi lahko pomenile velik napredek na tem področju, saj delujejo pri izjemno nizkih temperaturah, […]