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                Basic research projects

                Stabilization and destabilization of spin liquids by perturbations

                Code: N1-0148


                Project name:External link opens in new tab or window External link opens in new tab or windowStabilization and destabilization of spin liquids by perturbations


                Period: 1.6.2020 - 31.5.2023

                Provider of funds logo:
                 © Javna agencija za raziskovalno dejavnost Republike Slovenije

                Project head: External link opens in new tab or windowAndrej External link opens in new tab or windowZorko, PhD

                 

                Research organisation:

                External link opens in new tab or window'Jožef Stefan' Institute


                Researchers:

                • External link opens in new tab or windowMartin External link opens in new tab or windowKlanjšek, PhD

                • External link opens in new tab or windowMatej External link opens in new tab or windowPregelj, PhD

                • External link opens in new tab or windowAndrej External link opens in new tab or windowZorko, PhD


                Young researchers:

                • External link opens in new tab or windowNejc External link opens in new tab or windowJanša, MSc


                Project description:

                Background and rationale: Quantum spin liquids (QSLs) represent an intriguing state of matter, where quantum entanglement plays a decisive role. These states that are typically born out of geometrical frustration, remain magnetically disordered even at zero temperatures. In the majority of cases, the stabilization and destabilization mechanisms of QSLs remain vague. According to theory, perturbations to the simplest nearest-neighbor isotropic (Heisenberg) exchange Hamiltonian, like structural disorder, interactions with further neighbors, and magnetic anisotropy, are of key importance. As these effects are usually intertwined in real materials and since QSL realizations are scarce, the experimental confirmation of these predictions is eagerly anticipated.

                Objectives and specific aims: The main objective of the proposed project is to provide a new experimental insight into the problem of perturbation by studying several novel representatives of the two most common frustrated spin lattices in two dimensions, the triangular lattice (TL) and the kagome lattice (KL). In the TL case we will focus on the predicted randomness-induced QSL-like states in the newly synthesized family of materials Ba2MnTe1-xWxO6, for which preliminary bulk characterizations hint at this intriguing effect. The same effect will be systematically investigated also in two representatives of KL, Zn-brochantite and Zn-barlowite, which feature different QSL ground states. Our specific aim is to find how impurities interact with various QSL states in a Kondo-like effect, which has been very recently observed for the first time in a magnetic insulator. Secondly, we will thoroughly investigate the influence of further-neighbor couplings and magnetic anisotropy on the ground state in the above-mentioned materials and in another KL representative YCu3(OH)6Cl3, where impurities are absent.

                Methods to be used: To reach the goals of the project, complementary expertise is necessary, which is provided by our bilateral approach. We will employ a combination of highly sensitive local-probe techniques, each providing indispensable insight. The Swiss team are experts in muon spin relaxation (μSR), with the leader Dr. Hubertus Luetkens being the head of the Bulk μSR Group at the Paul Scherrer Institute (PSI) and in charge of the new μSR instrument FLAME that will start operation in 2020. The high magnetic fields and low temperatures that this instrument can reach perfectly fit the needs of this project. The Slovenian team lead by Prof. Dr. Andrej Zorko are experts in magnetic resonance techniques, including nuclear magnetic resonance (NMR) and electron spin resonance (ESR). The instruments at the Jožef Stefan Institute (JSI) cover a broad range of magnetic fields, while experiments under extreme conditions will be performed in specialized facilities. To complement the experiments numerical calculations will also be performed at JSI.

                Expected results and impact for the field: Our holistic approach will provide missing information about the effects of various perturbations on the ground states of the TL and the KL models. The results will allow us to assess the theories of the randomness-induced QSL-like states and the predicted perturbation-dependent phase diagrams of both lattices. This is an important step towards understanding these enigmatic ground states. Moreover, the QSL concept may be related to other intriguing quantum phenomena, such as high-Tc superconductivity, and possesses a high application potential in quantum technologies. We plan to employ a PhD student on the Swiss side and to co-finance several researchers on the Slovenian side, including PhD students and postdocs. Young scientists involved in the project will thus have access to top-level facilities, expertise, and knowledge, as the project will foster frequent exchange of researchers between two leading laboratories in their respective fields.


                Project phases and their realization:

                Phase 1
                • Characterization of the ground states and randomness induced QSL state in TL Ba2MnTe1-xWxO6
                Phase 2
                • Determination of the spin Hamiltonian and defect interactions in Zn-brochantite
                Phase 3
                • Determination of the doping effect on the magnetic ground state of kagome antiferromagnets
                Phase 4
                • Characterization of the magnetic ground states of YCu3(OH)6Cl3 and Y3Cu9(OH)19Cl8

                References:
                /

                Liquid-crystal microdroplet lasers for sensing inside live cells

                Code: N1-0116


                Project name:External link opens in new tab or window  External link opens in new tab or windowLiquid-crystal microdroplet lasers for sensing inside live cells


                Period: 1.4.2020 - 31.3.2022 

                Provider of funds logo:
                 © Javna agencija za raziskovalno dejavnost Republike Slovenije

                Project head: External link opens in new tab or windowZuhail External link opens in new tab or windowKottoli Poyil, PhD

                 

                Research organisation:

                External link opens in new tab or window'Jožef Stefan' Institute


                Researchers:

                • External link opens in new tab or windowZuhail External link opens in new tab or windowKottoli Poyil, PhD

                Project description:


                Project phases and their realization:

                References:
                /

                Intelligent Content-Aware Nanospectroscopy (iCAN) of molecular events in nanoparticles-induced neurodegeneration

                Code: J2-2513


                Project name:External link opens in new tab or window  External link opens in new tab or windowIntelligent Content-Aware Nanospectroscopy (iCAN) of molecular events in nanoparticles-induced neurodegeneration


                Period: 1.9.2020 - 31.8.2023

                Provider of funds logo:
                 © Javna agencija za raziskovalno dejavnost Republike Slovenije

                Project head: External link opens in new tab or windowIztok External link opens in new tab or windowUrbančič, PhD

                 

                Research organisation:

                External link opens in new tab or window'Jožef Stefan' Institute

                External link opens in new tab or windowUniversity of Ljubljana, Faculty of Computer and Information Science


                Researchers:

                • External link opens in new tab or windowTilen External link opens in new tab or windowKoklič, PhD
                • External link opens in new tab or windowRok External link opens in new tab or windowPodlipec, PhD
                • External link opens in new tab or windowDanijel External link opens in new tab or windowSkočaj, PhD
                • External link opens in new tab or windowJanez External link opens in new tab or windowŠtrancar, PhD
                • External link opens in new tab or windowDomen External link opens in new tab or windowTabernik
                • External link opens in new tab or windowIztok External link opens in new tab or windowUrbančič, PhD


                Young researchers:

                • External link opens in new tab or windowHana External link opens in new tab or windowKokot
                • External link opens in new tab or windowAleksandar External link opens in new tab or windowSebastijanović


                Experts and technical associates:
                • External link opens in new tab or windowBoštjan External link opens in new tab or windowKokot
                • External link opens in new tab or windowAna External link opens in new tab or windowKrišelj

                Project description:

                Inhalation of fine particulate matter (PM ) and ultrafine nanoparticles in polluted air is knowingly associated with neurodegenerative and other chronic diseases, which are one of the major contributors to the global death burden. Even though increasing amounts of engineered nanoparticles enter the environment, our limited understanding of the mechanisms of their action hinders efficient prevention and treatment of associated health conditions.

                To understand the causal relationship between exposure to nanoparticles and disease progression, it is crucial to discern Adverse Outcome Pathways (AOPs), which connect initiating events on the molecular level to the adverse outcome at the level of an organism via a complete sequence of causally linked key events. We have recently visualised such early supramolecular rearrangements at the NP-cell contact by advanced live-cell superresolution microscopy and spectroscopy techniques.

                However, their slow acquisition process has precluded adequate sampling of such rare events to complete the AOPs.

                We aim to improve the statistics of the captured rare events by developing the Intelligent Content-Aware Nanospectroscopy (iCAN). We will employ intelligent state-of-the-art computer-vision algorithms to automatically identify the content of interest for targeted nanospectroscopic measurements, which will allow us to identify and quantify early events following NP exposure. By additional evaluation of the response of individual cells to their local dose, we aim to causally connect the early events leading towards neurodegenerative effects of exposure to nanoparticles.


                Project phases and their realization:
                Phase 1
                • Automated recognition of events in images
                Phase 2
                • Automated characterisation of events by advanced microscopic modalities
                Phase 3
                • Correlation of the event rates and local dose with the cellular response
                Phase 4
                • Management and dissemination

                References:
                /

                Controllable broadband electromagnetic-radiation shielding

                Code: J2-2513


                Project name:External link opens in new tab or window  External link opens in new tab or windowControllable broadband electromagnetic-radiation shielding


                Period: 1.9.2020 - 31.8.2023

                Provider of funds logo:
                 © Javna agencija za raziskovalno dejavnost Republike Slovenije

                Project head: External link opens in new tab or windowMatej External link opens in new tab or windowPregelj, PhD

                 

                Research organisation:

                External link opens in new tab or window'Jožef Stefan' Institute


                Researchers:

                • External link opens in new tab or windowMiha External link opens in new tab or windowČekada, PhD
                • External link opens in new tab or windowMartin External link opens in new tab or windowKlanjšek, PhD
                • External link opens in new tab or windowMatjaž External link opens in new tab or windowPanjan, PhD
                • External link opens in new tab or windowMatej External link opens in new tab or windowPregelj, PhD
                • External link opens in new tab or windowAndrej External link opens in new tab or windowZorko, PhD


                Young researchers:

                • External link opens in new tab or windowNejc External link opens in new tab or windowJanša, MSc


                Experts and technical associates:
                • External link opens in new tab or windowJožko External link opens in new tab or windowFišer

                Project description:

                Project phases and their realization:

                References:
                /

                Topological turbulence in confined chiral nematic fields

                Code: J1-2462


                Project name:External link opens in new tab or window  External link opens in new tab or windowTopological turbulence in confined chiral nematic fields


                Period: 1.9.2020 - 31.8.2023

                Provider of funds logo:
                 © Javna agencija za raziskovalno dejavnost Republike Slovenije

                Project head: External link opens in new tab or windowMiha External link opens in new tab or windowRavnik, PhD

                 

                Research organisation:

                External link opens in new tab or window'Jožef Stefan' Institute

                External link opens in new tab or windowUniversity of Ljubljana, Faculty of Mathematics and Physics


                Researchers:

                • External link opens in new tab or windowAnton External link opens in new tab or windowGradišek, PhD
                • External link opens in new tab or windowUroš External link opens in new tab or windowJagodič, PhD
                • External link opens in new tab or windowMatevž External link opens in new tab or windowMarinčič
                • External link opens in new tab or windowIgor External link opens in new tab or windowMuševič, PhD
                • External link opens in new tab or windowAnja External link opens in new tab or windowPusovnik, PhD
                • External link opens in new tab or windowMiha External link opens in new tab or windowRavnik, PhD

                • External link opens in new tab or windowMiha External link opens in new tab or windowŠkarabot, PhD


                Young researchers:

                • External link opens in new tab or windowNika External link opens in new tab or windowKralj

                Experts and technical associates:
                External link opens in new tab or windowJanja External link opens in new tab or windowMilivojević

                Project description:
                The aim of this project is to explore active turbulence of chiral orientational fields confined to spherical droplets, using combination of experiments and numerical modelling. The project addresses the four main research objectives:
                Research Objective 1: Realize Janus micro-spheres and micro-rods with surface functionalisation that will be propelled in the nematic liquid crystal (NLC), when an external electric field be applied.
                Research Objective 2: To propel Janus particles in NLCs by external electric field and determine the nature of their pair interaction in 2D.
                Research objective 3: To explore and understand the collective behaviour of electrically propelled Janus particles in 2D.
                Research Objective 4: To explore and understand collective behaviour of electrically propelled Janus particles –active turbulence- in chiral nematic droplets.

                This is a very high risk project, which aims at studying active topology of electrically driven soft matter in 3D microscale confinement that has never been studied before. This will be possible by using state-of-the-art 3D imaging STED technique that allows for real-time imaging of topological defects formation and their identification. Given the tremendous complexity of orientationally ordered liquid crystals compared to isotropic fluids, the success of this project is likely to open the door to entirely new topological phenomena in self-organized active soft matter.

                Project phases and their realization:
                Phase 1
                • Materials and methods.
                Phase 2
                • Single Janus particle in the nematic LC driven by the external electric field.
                Phase 3
                • Pair interaction of Janus particles in a nematic LC propelled by the electric field.
                Phase 4
                • Collective motion of electrically propelled Janus particles in a 2D nematic.
                Phase 5
                • Collective motion of micro-rods in chiral nematic droplets.
                Phase 6
                • Numerical simulations of active Janus particles in nematic.

                References:
                /

                Novel experimental approach for determination of quantum spin liquids

                Code: J1-2461


                Project name:External link opens in new tab or window  External link opens in new tab or windowNovel experimental approach for determination of quantum spin liquids


                Period: 1.9.2020 - 31.8.2023

                Provider of funds logo:
                 © Javna agencija za raziskovalno dejavnost Republike Slovenije

                Project head: External link opens in new tab or windowAndrej External link opens in new tab or windowZorko, PhD

                 

                Research organisation: External link opens in new tab or window'Jožef Stefan' Institute 


                Researchers:

                External link opens in new tab or windowMartin External link opens in new tab or windowKlanjšek, PhD

                External link opens in new tab or windowMatej External link opens in new tab or windowPregelj, PhD

                External link opens in new tab or windowPolona External link opens in new tab or windowUmek, PhD

                External link opens in new tab or windowAndrej External link opens in new tab or windowZorko, PhD


                Young researchers:

                • External link opens in new tab or windowTina External link opens in new tab or windowArh
                • External link opens in new tab or windowNejc External link opens in new tab or windowJanša, MSc

                Project description:
                Background and rationale: Quantum spin liquids (QSLs) represent an intriguing state of matter, where quantum entanglement plays a decisive role. These states are endorsed by geometrical frustration and remain magnetically disordered even at zero temperature. They feature unconventional magnetic excitations known as spinons, which behave as quasiparticles with complex interactions and statistics, making QSLs potentially useful for quantum computation. A number of QSL states, which differ by spinon dispersion, can be stabilized by different perturbations to the nearest-neighbor Heisenberg exchange Hamiltonian. The relevant perturbations include structural disorder, interactions with further neighbors and magnetic anisotropy. However, due to their complexity and difficult experimental determination, these states are very poorly understood.
                Objectives and specific aims: The main objective of the proposed project is to provide the first experimental approach for microscopic determination of QSLs that will allow clear distinction between various possible states. We suggest a novel method, which uses impurities as in-situ probes of the host QSL state, an approach that is well-established in superconductors. We will exploit a spinon Kondo effect, which we have recently discovered and can be effectively detected by muon spectroscopy (SR). The focus will be on the quantum kagome antiferromagnetic model (KAFM), being a promising platform of the QSL states. Indeed, a theoretical consensus about the QSL ground state of this model has already been reached, yet, its true nature remains controversial. Both, states with zero or finite gap to the lowest-lying excitation have been theoretically proposed, but never conclusively confirmed by experiment. A specific aim of our study is to determine how different perturbations affect the selection of the QSL ground state of three most promising KAFM materials with seemingly fundamentally different spinon properties.
                Methods to be used: To reach the project goals, various complementary expertise in experimental and theoretical physics and in chemistry are essential. Our team, therefore, consists of experts in sensitive localprobe magnetic techniques, state-of-the-art numerical calculations and advanced sample synthesis routes. The project leader has had a long record in the field of frustrated magnetism. Since 2008, he has published several top-level papers (4 Nat. Phys, 2 Nat. Commun., 10 PRL), the majority of them (1 Nat. Phys, 1 Nat. Commun., 7 PRL) as the corresponding author. This experience will provide the backbone for the planned activities, which include SR, nuclear magnetic resonance (NMR) and electron spin resonance (ESR) experiments, numerical renormalization group, finite temperature Lanczos and density-functional theory calculations, and hydrothermal sample syntheses. These will be performed at the Jožef Stefan Institute (IJS), with the exception of more specific experiments, like SR and experiments under extreme conditions (NMR and ESR at high fields and low temperatures) which will be performed in specialized partner laboratories at the Paul Scherrer Institute, Université Paris-Sud 11 and the National High Magnetic Field Laboratory.
                Expected results and impact for the field: Our systematic study will overcome the pending issue of reliable QSL determination by providing a new local-probe-based approach. Furthermore, it will address the most fundamental questions related to various perturbations that are intrinsically present in KAFM materials. Our project will thus provide the foundations for understanding the enigmatic QSLs. The developed methodology will allow characterization of QSLs beyond the KAFM model. The knowledge about QSLs may also help explaining other intriguing quantum phenomena, like high-Tc superconductivity. Moreover, understanding the stability of QSLs and ways of their manipulation could be highly relevant for development of new quantum technologies.

                Project phases and their realization:
                Phase 1
                • Kondo response of herbertsmithite and the nature of its ground state
                Phase 2
                • Spinon-spinon interactions in the Kondo response and the spin Hamiltonian of Zn-brochantite
                Phase 3
                • Magnetic ground state of barlowite, its spin Hamiltonian and doping effects

                References:
                /

                Biointegrated lasers for research of living organisms

                Code: N1-0104 (D)


                Project name:External link opens in new tab or window  External link opens in new tab or windowBiointegrated lasers for resarch of living organisms


                Period:1.7.2019 - 30.06.2021

                Provider of funds logo:
                 © Javna agencija za raziskovalno dejavnost Republike Slovenije

                Project head:  External link opens in new tab or windowdr. Matjaž Humar

                External link opens in new tab or window

                Project head at F5:  External link opens in new tab or windowdr. Matjaž Humar

                 

                Applicant organisation: External link opens in new tab or window'Jožef Stefan' Institute 


                Researchers:

                • External link opens in new tab or windowdr. Maja Garvas
                • External link opens in new tab or windowMatevž Marinčič

                Adverse outcome pathway leading to atherosclerosis

                Code: J3-1758


                Project name:External link opens in new tab or window External link opens in new tab or windowAdverse outcome pathway leading to atherosclerosis


                Period:1.7.2019 - 30.06.2022

                Provider of funds logo:
                 © Javna agencija za raziskovalno dejavnost Republike Slovenije

                Project head:  External link opens in new tab or windowdr. Tilen Koklič

                External link opens in new tab or window

                Project head at F5:  External link opens in new tab or windowdr. Tilen Koklič

                 

                Applicant organisation: External link opens in new tab or window'Jožef Stefan' Institute 


                Researchers:

                • dr. External link opens in new tab or windowZoran Arsov
                • dr. External link opens in new tab or windowStane Pajk
                • dr.External link opens in new tab or window Rok Podlipec
                • dr. External link opens in new tab or windowJanez Štrancar
                • dr. External link opens in new tab or windowIztok Urbančič

                Technical associates:
                • External link opens in new tab or windowBoštjan Kokot


                Young researchers:
                • External link opens in new tab or windowHana Majaron
                • External link opens in new tab or windowAleksandar Sebastijanović

                Participating research organisation: External link opens in new tab or windowUniversity Medical Centre Ljubljana
                Researchers:
                • dr. External link opens in new tab or windowAleš Blinc
                • dr. External link opens in new tab or windowMojca Božič Mijovski

                Study of intracellular forces by deformable photonic droplets

                Code: J1-9145


                Project name:External link opens in new tab or window External link opens in new tab or windowStudy of intracellular forces by deformable photonic droplets


                Period:1.7.2019 - 30.06.2022

                Provider of funds logo:
                 © Javna agencija za raziskovalno dejavnost Republike Slovenije

                Project head: doc. dr. External link opens in new tab or windowMatjaž Humar

                External link opens in new tab or window

                Project head at F5: doc. dr. External link opens in new tab or windowMatjaž Humar

                 

                Applicant organisation: External link opens in new tab or window'Jožef Stefan' Institute 


                Researchers:

                • External link opens in new tab or windowGregor Pirnat


                Participating research organisation: External link opens in new tab or windowUniversity of Ljubljana, Faculty of Mathematics and Physics

                Researchers:
                • External link opens in new tab or windowMatevž Marinčič
                • dr.External link opens in new tab or window Igor Muševič
                • dr. External link opens in new tab or windowMiha Ravnik

                Young researchers:
                • External link opens in new tab or windowAnja Pusovnik

                Advanced inorganic and organic thin films with enhanced electrically-induced response

                Code: J1-9145


                Project name:External link opens in new tab or window External link opens in new tab or windowAdvanced inorganic and organic thin films with enhanced electrically-induced response


                Period:1.7.2019 - 30.06.2022

                Provider of funds logo:
                 © Javna agencija za raziskovalno dejavnost Republike Slovenije

                Project head: prof. dr. External link opens in new tab or windowVid Bobnar

                External link opens in new tab or window

                Project head at F5: prof. dr. External link opens in new tab or windowVid Bobnar

                 

                Applicant organisation: External link opens in new tab or window'Jožef Stefan' Institute 


                Researchers:

                • dr.External link opens in new tab or window Andreja Benčan Golob
                • dr. External link opens in new tab or windowZdravko Kutnjak
                • dr. External link opens in new tab or windowMExternal link opens in new tab or windowarta Lavrič
                • dr. External link opens in new tab or windowBarbara Malič
                • dr. External link opens in new tab or windowNikola Novak
                • dr. External link opens in new tab or windowTadej Rojac
                • dr. External link opens in new tab or windowBrigita Rožič
                • dr. External link opens in new tab or windowHExternal link opens in new tab or windowana Uršič Nevemšek


                Young researchers:

                • External link opens in new tab or windowAndraž Bradeško
                • External link opens in new tab or windowDejvid Črešnar
                • External link opens in new tab or windowAleksander Matavž
                • External link opens in new tab or windowUroš Prah

                Probing spin-states near the surface of quantum spin materials

                Code: J1-9145


                Project name:External link opens in new tab or window External link opens in new tab or windowProbing spin states near the surface of quantum spin materials


                Period: 1.7.2018 - 30.06.2021 

                Provider of funds logo:
                 © Javna agencija za raziskovalno dejavnost Republike Slovenije

                Project head: prof. Denis Arčon

                External link opens in new tab or window

                Project head at F5: prof. Denis Arčon

                 

                Applicant organisation: External link opens in new tab or window'Jožef Stefan' Institute 


                Researchers:

                • Dr. External link opens in new tab or windowAlan Gregorovič
                • Dr. External link opens in new tab or windowMartin Klanjšek
                • Dr. External link opens in new tab or windowMatej Pregelj
                • Dr. External link opens in new tab or windowAndrej Zorko


                Technical associates:

                • External link opens in new tab or windowPetra Šuštar 

                External link opens in new tab or window

                Participating research organisation: External link opens in new tab or windowFaculty of Mathematics and Physics of the University of Ljubljana

                External link opens in new tab or window

                Researchers:

                • Dr. External link opens in new tab or windowIgor Muševič 

                Advanced soft nematocaloric materials

                Code: J1-9147


                Project name: External link opens in new tab or windowAdvanced soft nematicaloric materials


                Period: 1.7.2018 - 30.06.2021 

                Provider of funds logo:
                 © Javna agencija za raziskovalno dejavnost Republike Slovenije

                Project head: dr. Brigita Rožič

                External link opens in new tab or window

                Project head at F5: dr. Brigita Rožič

                External link opens in new tab or window

                Applicant organisation: External link opens in new tab or window'Jožef Stefan' Institute 


                Researchers:

                • Dr. External link opens in new tab or windowZdravko Kutnjak
                • Dr. External link opens in new tab or windowAndraž Rešetič
                • Dr. External link opens in new tab or windowBrigita Rožič
                • Dr. External link opens in new tab or windowBoštjan Zalar
                • Dr. External link opens in new tab or windowMarta Lavrič


                Young researchers:

                • External link opens in new tab or windowNikita Derets
                • External link opens in new tab or windowDejvid Črešnar

                   

                Participating research organisation:

                Faculty of Mathematics and Physics of the University of Ljubljana

                External link opens in new tab or window

                Researchers:

                • Dr. External link opens in new tab or windowGregor Skačej

                Description of the research project:

                The project aims to develop advanced soft materials with a giant mechanocaloric effect based on liquid crystal elastomers and to build a first prototype of mechanocaloric device. Specifically, we propose research on soft liquid-crystal-elastomer (LCE) based mechanocaloric materials, to initiate the development of novel mechanocaloric cooling elements for environmentally friendlier cooling technologies with superior energy efficiency. We will synthesize liquid crystal elastomers with optimized elastocaloric and barocaloric effect. These materials will be used as cooling elements in a prototype of mechanocaloric cooling device that will be developed and tested within the proposed project.


                Description of the work programme:


                STEP 1

                The project will start with the search for physical and structural parameters such as the elastomer network architecture (main/side chain architecture, degree of mechanical anisotropy imprinted upon synthesis, crosslinker density), mesogenic unit properties (length, nematic-isotropic transition temperature), and the degree of sample swelling that can have significant impact on the magnitude of the elastocaloric and barocaloric response in different groups of the LCE materials. The LCE materials will be chosen to serve as cooling material in the prototype of the elastocaloric cooling device.


                STEP 2

                In this step the most optimal mechanocaloric materials chosen in the first step will be synthesized and characterized. These materials will be used later in the third step for the building of the prototype of the elastocaloric cooling device. In addition, in this step the planning of the technical implementation of the prototype elastocaloric device supported by modelling will be carried out.


                STEP 3

                In this final step the technical realization of the elastocaloric cooling device prototype based on the LCE together with characterization and optimization of its operation will be done. This step also includes the dissemination of the final results.

                New electrocaloric materials for environmentally-friendly dielectric cooling technology

                Code:  J2-6779-1


                Project name: External link opens in new tab or windowNew advanced electrocaloric materials for novel environmentally-friendly dielectric refrigeration technology


                Period:
                1.7.2014 - 30.06.2017

                Provider of funds logo:
                 © Javna agencija za raziskovalno dejavnost Republike Slovenije

                Project head: dr. External link opens in new tab or windowZdravko Kutnjak 


                Project head st F5:  dr. External link opens in new tab or windowZdravko Kutnjak 

                External link opens in new tab or window

                 Applicant organisation: External link opens in new tab or window'Jožef Stefan' Institute


                Researchers:

                External link opens in new tab or window

                • Dr. External link opens in new tab or windowAndreja Benčan Golob
                • Dr. External link opens in new tab or windowVid Bobnar
                • Dr. External link opens in new tab or windowGoran Casar
                • Dr. External link opens in new tab or windowGeorgios Kordogiannis
                • Dr. External link opens in new tab or windowBarbara Malič
                • Dr. External link opens in new tab or windowTadej Rojac
                • Dr. External link opens in new tab or windowBrigita Rožič
                • Dr. External link opens in new tab or windowMaja Trček
                • Dr. External link opens in new tab or windowKatarina Vojisavljević
                • Dr. External link opens in new tab or windowBoštjan Zalar
                • Dr. External link opens in new tab or windowBlaž Zupančič

                Young researchers:
                • External link opens in new tab or windowMarta Lavrič

                Technical associates:
                • External link opens in new tab or windowSilvo Drnovšek

                Participating research organisation: External link opens in new tab or windowUniversity of Ljubljana, Faculty of Mechanical Engineering


                Researchers:

                • Dr. External link opens in new tab or windowBlaž Jelenc
                • Dr. External link opens in new tab or windowAndrej Kitanovski
                • Dr. External link opens in new tab or windowUroš Plaznik
                • Dr. External link opens in new tab or windowPrimož Poredoš

                Participating research organisation: External link opens in new tab or windowUniversity of Maribor, Faculty of natural sciences and mathematics


                Researchers:

                • Dr. External link opens in new tab or windowMilan Ambrožič
                • Dr. External link opens in new tab or windowSamo Kralj

                Multifunctional materials for actuators and cooling devices

                Code: J2-7526-2


                Project name: External link opens in new tab or windowMultifunctional materials for actuator and cooling devices


                Period:
                1.1.2016 - 31.12.2018   
                Provider of funds logo:
                 © Javna agencija za raziskovalno dejavnost Republike Slovenije

                Project head:  dr. Tadej Rojac


                Project head st F5:  dr. Zdravko Kutnjak

                External link opens in new tab or window

                 Applicant organisation: External link opens in new tab or window'Jožef Stefan' Institute


                Researchers:

                External link opens in new tab or window

                • Dr. External link opens in new tab or windowAndreja Benčan Golob
                • Dr. External link opens in new tab or windowVid Bobnar
                • Dr. External link opens in new tab or windowZdravko Kutnjak
                • Dr. External link opens in new tab or windowBarbara Malič
                • Dr. External link opens in new tab or windowMojca Otoničar
                • Dr. External link opens in new tab or windowMaja Trček
                • Dr. External link opens in new tab or windowHana Uršič Nemevšek
                • Dr. External link opens in new tab or windowMarko Vrabelj

                Young researchers:
                • External link opens in new tab or windowLovro Fulanović
                • External link opens in new tab or windowMaja Makarovič

                Technical associates:
                • External link opens in new tab or windowSilvo Drnovšek
                • External link opens in new tab or windowBrigita Kmet

                Participating research organisation: External link opens in new tab or windowNational Institute of Chemistry


                Researchers:

                • Dr. External link opens in new tab or windowMarjan Bele
                • Dr. External link opens in new tab or windowElena Chernyshova
                • Dr. External link opens in new tab or windowGoran Dražić
                • Dr. External link opens in new tab or windowManca Logar

                High-resolution optical magnetometry with cold cesium atoms

                Code: J2-8191


                Project name: External link opens in new tab or windowHigh-resolution optical magnetometry with cold cesium atoms


                Period:
                1.5.2017 - 30.04.2020     

                Provider of funds logo:
                 © Javna agencija za raziskovalno dejavnost Republike Slovenije

                Project head:  dr. Peter Jeglič


                Project head st F5:  dr. Peter Jeglič

                External link opens in new tab or window

                 Applicant organisation: External link opens in new tab or window'Jožef Stefan' Institute


                Researchers:

                External link opens in new tab or window

                • Dr. External link opens in new tab or windowTomaž Apih
                • Dr. External link opens in new tab or windowAlan Gregorovič
                • Dr. External link opens in new tab or windowErik Zupanič
                • Dr. External link opens in new tab or windowRok Žitko

                Young researchers:
                • External link opens in new tab or windowTadej Mežnaršič

                Technical associates:
                • External link opens in new tab or windowIvan Kvasić

                Participating research organisation: External link opens in new tab or windowUniversity of Ljubljana, Faculty of Electrical Engineering


                Researchers:

                • Dr. External link opens in new tab or windowSamo Beguš
                • Dr. External link opens in new tab or windowVincencij Žužek

                Technical associates:
                • External link opens in new tab or windowSlaven Ranogajec

                Sensor technologies in diagnostics and monitoring of cultural heritage buildings

                Code: J2-9227


                Project name: External link opens in new tab or windowSensor technologies in diagnostics and monitoring of cultural heritage buildings


                Period:
                1.5.2017 - 30.04.2020      

                Provider of funds logo:
                 © Javna agencija za raziskovalno dejavnost Republike Slovenije

                Project head:  dr. External link opens in new tab or windowZvonko Jagličić


                Project head st F5:  dr. External link opens in new tab or windowJanez Dolinšek

                External link opens in new tab or window

                 Applicant organisation: External link opens in new tab or windowInstitute of Mathematics, Physics and Mechanics


                Researchers:

                External link opens in new tab or window

                • Dr. External link opens in new tab or windowVojko Jazbinšek

                Participating research organisation: External link opens in new tab or window'Jožef Stefan' Institute


                Researchers:

                • Dr. External link opens in new tab or windowJanez Dolinšek
                • Dr. External link opens in new tab or windowStanislav Vrtnik

                Participating research organisation: External link opens in new tab or windowJožef Stefan International Postgraduate School


                Researchers:

                • Dr. External link opens in new tab or windowAndreja Abina
                • Dr. External link opens in new tab or windowUroš Puc
                • Dr. External link opens in new tab or windowAleksander Zidanšek

                Participating research organisation: External link opens in new tab or windowUniversity of Ljubljana, Faculty of Electrical Engineering


                Researchers:

                • Dr. External link opens in new tab or windowSamo Beguš
                • Dr. External link opens in new tab or windowVincencij Žužek

                Technical associates:
                • External link opens in new tab or windowSlaven Ranogajec

                Participating research organisation: External link opens in new tab or windowUniversity of Ljubljana, Faculty of Civil and Geodetic Engineering


                Researchers:

                • Dr. External link opens in new tab or windowVioleta Bokan-Bosiljkov
                • Dr. External link opens in new tab or windowPatricia Cotič
                • Dr. External link opens in new tab or windowMarjeta Kramar Fijavž
                • Dr. External link opens in new tab or windowAndreja Padovnik
                • Dr. External link opens in new tab or windowPetra Štukovnik
                • Dr. External link opens in new tab or windowVlatko Bosiljkov

                Technical associates:
                • External link opens in new tab or windowFranci Čepon

                Electroporation-based treatments with new high-frequency electroporation pulses

                Code: J2-9227 


                Project name: External link opens in new tab or windowElectroporation-based treatments with new high-frequency electroporation pulses


                Period: 1.7.2018 - 30.06.2021     

                Provider of funds logo:
                 © Javna agencija za raziskovalno dejavnost Republike Slovenije

                Project head:  dr. External link opens in new tab or windowMatej Reberšek


                Project head st F5:  dr. External link opens in new tab or windowIgor Serša

                External link opens in new tab or window

                 Applicant organisation: External link opens in new tab or windowUniversity of Ljubljana, Faculty of Electrical Engineering


                Researchers:

                External link opens in new tab or window

                • Dr. External link opens in new tab or windowJanja Dermol-Černe
                • Dr. External link opens in new tab or windowBor Kos
                • Dr. External link opens in new tab or windowMatej Kranjc
                • Dr. External link opens in new tab or windowDamijan Miklavčič

                Young researchers:
                • External link opens in new tab or windowEva Pirc


                Technical associates:

                •  External link opens in new tab or windowDuša Hodžić 


                Participating research organisation: External link opens in new tab or window'Jožef Stefan' Institute


                Researchers:

                • Dr. External link opens in new tab or windowMojca Urška Mikac
                • Dr. External link opens in new tab or windowIgor Serša
                • Dr. External link opens in new tab or windowJernej Vidmar

                Technical associates:
                • External link opens in new tab or windowAna Sepe

                Multicaloric cooling

                Code: J3-6803


                Project name: External link opens in new tab or windowMulticaloric cooling


                Period: 1.7.2018 - 30.06.2021 

                Provider of funds logo:
                 © Javna agencija za raziskovalno dejavnost Republike Slovenije

                Project head:  dr. External link opens in new tab or windowHana Uršič Nemevšek


                Project head st F5:  dr. External link opens in new tab or windowZdravko Kutnjak

                External link opens in new tab or window

                 Applicant organisation: External link opens in new tab or window'Jožef Stefan' Institute


                Researchers:

                External link opens in new tab or window

                • Dr. External link opens in new tab or windowZdravko Kutnjak
                • Dr. External link opens in new tab or windowBarbara Malič
                • Dr. External link opens in new tab or windowTadej Rojac
                • Dr. External link opens in new tab or windowBrigita Rožič

                Young researchers:
                • External link opens in new tab or windowAndraž Bradeško
                • External link opens in new tab or windowUroš Prah


                Technical associates:

                •  External link opens in new tab or windowSilvo Drnovšek   


                Participating research organisation: External link opens in new tab or windowUniversity of Ljubljana, Faculty of Mechanical Engineering


                Researchers:

                • Dr. External link opens in new tab or windowAndrej Kitanovski
                • Dr. External link opens in new tab or windowUroš Plaznik
                • Dr. External link opens in new tab or windowJaka Tušek

                Role of Calcium in lipid membrabes in the survival of critically ill patients

                Code: J3-6803


                Project name: External link opens in new tab or windowRole of Calcium and lipid membranes in survival of critically ill patients


                Period: 1.7.2014 - 30.06.2017 

                Provider of funds logo:
                 © Javna agencija za raziskovalno dejavnost Republike Slovenije

                Project head:  External link opens in new tab or windowdr. Tilen Koklič


                Project head st F5:  External link opens in new tab or windowdr. Tilen Koklič

                External link opens in new tab or window

                 Applicant organisation: External link opens in new tab or window'Jožef Stefan' Institute


                Researchers:

                External link opens in new tab or window

                • Dr. External link opens in new tab or windowZoran Arsov
                • Dr. External link opens in new tab or windowMaja Garvas
                • Dr. External link opens in new tab or windowMojca Urška Mikac
                • Dr. External link opens in new tab or windowJanez Štrancar
                • Dr. External link opens in new tab or windowIztok Urbančič
                • Dr. External link opens in new tab or windowIgor Serša

                Technical associates:

                •  External link opens in new tab or windowAlma Mehle   

                External link opens in new tab or window

                Participating research organisation: External link opens in new tab or windowUExternal link opens in new tab or windowniversity of Ljubljana, Faculty of Medicine

                External link opens in new tab or window

                Researchers:

                • Dr. External link opens in new tab or windowAndrej Fabjan
                • Dr. External link opens in new tab or windowJernej Vidmar
                • Dr. External link opens in new tab or windowVito Starc


                Participating research organisation: External link opens in new tab or windowUniversity Medical Centre Ljubljana


                Researchers:

                • Dr. External link opens in new tab or windowAleš Blinc
                • Dr. External link opens in new tab or windowMirza Šabovič
                • Dr. External link opens in new tab or windowGregor Tratar

                Optimization of MRI techniques for assessment of thrombolytic treatment outcome

                Code: J3-9288


                Project name: External link opens in new tab or windowOptimization of MRI techniques for assessment of thrombolytic treatment outcome


                Period: 1.7.2018 - 30.06.2021 

                Provider of funds logo:
                 © Javna agencija za raziskovalno dejavnost Republike Slovenije

                Applicant organisation: External link opens in new tab or window'Jožef Stefan' Institute 


                Project head: External link opens in new tab or windowprof. Igor Serša


                Project head at F5: External link opens in new tab or windowprof. Igor Serša

                External link opens in new tab or window

                Researchers:

                • Dr. External link opens in new tab or windowTilen Koklič
                • Dr. External link opens in new tab or windowMojca Urška Mikac
                • Dr. External link opens in new tab or windowJanez Štrancar
                • Dr. External link opens in new tab or windowJernej Vidmar

                External link opens in new tab or window


                Technical associates:

                •  External link opens in new tab or windowAna Sepe

                External link opens in new tab or window

                Participating research organisation: External link opens in new tab or windowUniversity Medical Centre Ljubljana

                External link opens in new tab or window

                Researchers:

                • Dr. External link opens in new tab or windowAleš Blinc
                • External link opens in new tab or windowIgor Kocijančič
                • Mag. External link opens in new tab or windowZoran Miloševič
                • Dr. External link opens in new tab or windowPeter Popović


                Technical associates:   

                • External link opens in new tab or windowCarmen  External link opens in new tab or windowHladnik Prosenc  
                • External link opens in new tab or windowMitja External link opens in new tab or windowBrlan
                • External link opens in new tab or windowDaniele External link opens in new tab or windowBertocchi

                Participating research organisation: External link opens in new tab or windowUniversity of Ljubljana, Faculty of Medicine

                Researchers:
                • Dr. External link opens in new tab or windowAndrej Fabjan
                • Dr. External link opens in new tab or windowDušan Šuput
                • Dr. External link opens in new tab or windowAndrej Vovk
                • Dr. External link opens in new tab or windowFajko Bajrović
                Integrated multi-channel artificial nose for vapor trace detection

                Code: J7-8272


                Project name: Integrated multi-channel artificial nose for vapor trace detection (Integrirani večkanalni umetni nos za zaznavanje sledov molekul v parni fazi)


                Period:

                Provider of funds logo:
                 © Javna agencija za raziskovalno dejavnost Republike Slovenije

                Applicant organisation:

                External link opens in new tab or window'Jožef Stefan' Institute  

                External link opens in new tab or window

                Project head: External link opens in new tab or windowdr. Igor External link opens in new tab or window Muševič, External link opens in new tab or window home page

                External link opens in new tab or window

                Project head at F5: External link opens in new tab or windowdr. Igor External link opens in new tab or window Muševič, External link opens in new tab or window home page


                Researchers:

                • External link opens in new tab or windowdr. Erik External link opens in new tab or window Zupanič
                • External link opens in new tab or windowdr. Miha External link opens in new tab or windowŠkarabot
                • External link opens in new tab or windowdr. Anton External link opens in new tab or window Gradišek

                External link opens in new tab or window


                Technical associates:

                •  External link opens in new tab or windowIvan External link opens in new tab or windowKvasić 

                External link opens in new tab or window

                Participating research organisation:

                External link opens in new tab or windowFaculty of Electrical Engineering of the University of Ljubljana

                External link opens in new tab or window

                Researchers:

                • External link opens in new tab or windowdr. Drago  External link opens in new tab or windowStrle
                • External link opens in new tab or windowdr. Marijan  External link opens in new tab or windowMaček
                • External link opens in new tab or windowdr. External link opens in new tab or windowJanez  External link opens in new tab or windowTrontelj ml.
                • External link opens in new tab or windowdr. External link opens in new tab or windowAleksander  External link opens in new tab or windowSešek
                • External link opens in new tab or windowUroš  External link opens in new tab or windowNahtigal


                Technical associates:   

                • External link opens in new tab or windowCarmen  External link opens in new tab or windowHladnik Prosenc  
                • External link opens in new tab or windowMitja External link opens in new tab or windowBrlan
                • External link opens in new tab or windowDaniele External link opens in new tab or windowBertocchi

                Participating research organisation:

                External link opens in new tab or windowFaculty of Chemistry and Chemical Technology of the University of Ljubljana

                Researchers:

                • External link opens in new tab or windowdr. Bogdan Štefane

                • External link opens in new tab or windowHelena 

                  External link opens in new tab or windowBrodnik


                Project description:

                This project will form the basis for a completely new branch of scientific research and development, applying innovative AI methods to newly developed 64-channel sensor array for detection of trace vapors of dangerous molecules in the atmosphere. Lately, there has been a lot of activities the field of development of new e-nose methods and platforms for the obvious reason of terrorist attack prevention. Many different sensors and concepts were developed in the last decade with the aim of detecting very low concentrations of trace vapors of explosives such as TNT, PETN and RDX in the atmosphere in order to protect urban areas from terrorist threats. The current sensitivity of the state-of-the-art sensor systems allows us to detect very low concentrations of target molecules, of the order of 1 target molecule in 1012 to 1014 molecules of atmosphere. The successful realisation of numerous research projects (Strle et al., IEEE Sens. J., 2012) showed that micro-capacitive sensor arrays based on COMS micro-capacitors and low-noise detection chips are able to detect such low concentrations of dangerous vapors. The sensitivity we have achieved has pushed the boundaries of the existing sensor technology. Its greatest limitation is the chemical selectivity of the sensor array which, up until now, has consisted of at most 16 chemically selective functionalised micro-capacitors. The aim of this project is to improve signal processing and pattern recognition methods by developing a new, 64-channel senor system. This will be a small yet important step towards the realisation of an e-nose with a high density of sensors, which we expect to be made from thousands of olfactory cells, mimicking the efficiency of a dog’s nose. Based on the proposed research actvities, we want to introduce the concept of application of AI methods to improve the chemical selectivity of the 64-sensor array. As the first of its kind, this project will bring together an interdisciplinary team of physicists, chemists specialised in organic chemistry, microelectronic engineers, mathematicians and AI specialists.

                Correlated electrons in confined molecular systems

                Code: N1-0052


                Project name: External link opens in new tab or windowCorrelated electrons in confined molecular systems


                Period: 1.6.2016 - 31.05.2019

                Provider of funds logo:
                 © Javna agencija za raziskovalno dejavnost Republike Slovenije


                Project head: dr. External link opens in new tab or windowDenis Arčon


                Project head at F5: dr. External link opens in new tab or windowDenis Arčon

                External link opens in new tab or window
                Applicant organisation: External link opens in new tab or window'Jožef Stefan' Institute


                Researchers:

                • Dr. External link opens in new tab or windowMartin Klanjšek
                • Dr. External link opens in new tab or windowMatej Pregelj
                • Dr. External link opens in new tab or windowAndrej Zorko

                External link opens in new tab or window

                Young researchers:

                • External link opens in new tab or windowTilen Knaflič 

                Topology and photonic properties of liquid crystal colloids and dispersions

                Code: J1-6723


                Project name:External link opens in new tab or window Topology and Photonics of Liquid Crystal Colloids and Dispersions


                Provider of funds logo:
                 © Javna agencija za raziskovalno dejavnost Republike Slovenije

                Project head: External link opens in new tab or windowdr. Muševič Igor, External link opens in new tab or window domača stran

                External link opens in new tab or window

                Project head at F5: External link opens in new tab or windowdr. Muševič Igor, External link opens in new tab or window domača stran

                 

                Applicant organisation:  External link opens in new tab or window'Jožef Stefan' Institute  


                Researchers:

                • External link opens in new tab or windowdr. Matjaž Humar
                • External link opens in new tab or windowdr. Škarabot Miha
                • External link opens in new tab or windowdr. Gradišek Anton
                • External link opens in new tab or windowdr. External link opens in new tab or windowMirri Giorgio
                • External link opens in new tab or windowdr. Nikkhou Maryam   External link opens in new tab or window 
                • dr. External link opens in new tab or windowPosnjak Gregor 
                • dr. External link opens in new tab or windowPregelj Matej
                • dr. External link opens in new tab or windowRožič Brigita   
                • dr. External link opens in new tab or windowSeč David 
                • dr. External link opens in new tab or windowTkalec Uroš


                Technical associates:

                • External link opens in new tab or windowKvasić Ivan


                Young researchers:

                • External link opens in new tab or windowMur Maruša


                Participating research organisation: External link opens in new tab or windowFaculty of Mathematics and Physics of the University of Ljubljana 


                Researchers:

                • dr. External link opens in new tab or windowČančula Miha
                • dr. External link opens in new tab or windowRavnik Miha

                Young researchers:
                • External link opens in new tab or windowAplinc Jure
                Thermophoretic guidance, accumulation and sorting of biomolecules in microfluidic devices

                Code: J1-7300


                Project name:External link opens in new tab or window External link opens in new tab or windowThermophoretic guidance, accumulation and sorting of biomolecules in microfluidic devices


                Period: 1.7.2014 - 30.06.2017 

                Provider of funds logo:
                 © Javna agencija za raziskovalno dejavnost Republike Slovenije

                Project head: dr.  External link opens in new tab or windowNatan Osterman

                External link opens in new tab or window

                Project head at F5: dr. External link opens in new tab or windowAndrej Vilfan

                 

                Applicant organisation: External link opens in new tab or windowFaculty of Mathematics and Physics of the University of Ljubljana 


                Researchers:

                • Dr. External link opens in new tab or windowDušan Babič
                • Dr. External link opens in new tab or windowMartin Čopič
                • Dr. External link opens in new tab or windowIgor Poberaj


                Participating research organisation: External link opens in new tab or window'Jožef Stefan' Institute 


                Researchers:

                • Dr. External link opens in new tab or windowIgor Križaj
                • Dr. External link opens in new tab or windowMiha Škarabot
                • Dr. External link opens in new tab or windowAndrej Vilfan
                • Dr. External link opens in new tab or windowMojca Vilfan

                Participating research organisation: External link opens in new tab or windowUniversity of Ljubljana, Faculty of Medicine


                Researchers:

                • Dr. External link opens in new tab or windowJure Derganc

                 

                High-entropy alloys

                Code: J1-7300


                Project name:External link opens in new tab or window External link opens in new tab or windowHigh-Entropy Alloys


                Period: 1.1.2016 - 31.12.2018   

                Provider of funds logo:
                 © Javna agencija za raziskovalno dejavnost Republike Slovenije

                Project head: Dr. Janez Dolinšek

                External link opens in new tab or window

                Project head at F5: Dr. Vrtnik Stanislav

                 

                Applicant organisation: External link opens in new tab or window'Jožef Stefan' Institute 


                Researchers:

                • Dr. External link opens in new tab or windowVid Bobnar
                • Dr. External link opens in new tab or windowAnton Gradišek
                • Dr. External link opens in new tab or windowAndreja Jelen
                • Dr. External link opens in new tab or windowPrimož Koželj
                • Dr. External link opens in new tab or windowMitja Krnel
                • Dr. External link opens in new tab or windowAndraž Rešetič
                • Dr. External link opens in new tab or windowStanislav Vrtnik


                Young researchers:

                • External link opens in new tab or windowJanez Lužnik


                Technical associates:

                • External link opens in new tab or windowJože Luzar

                External link opens in new tab or window

                Participating research organisation: External link opens in new tab or windowFaculty of Mathematics and Physics of the University of Ljubljana


                Technical associates:

                • Dr. External link opens in new tab or windowAndraž Kocjan

                Participating research organisation: External link opens in new tab or windowInstitute of Mathematics, Physics and Mechanics


                Researchers:

                • Dr. External link opens in new tab or windowZvonko Jagličić
                • Dr. External link opens in new tab or windowMarko Jagodič
                • Dr. External link opens in new tab or windowVojko Jazbinšek

                Metamaterials from liquid crystal colloids

                Code: J1-7300


                Project name:External link opens in new tab or window External link opens in new tab or windowMetamaterials from liquid crystal colloids


                Period: 1.1.2016 - 31.12.2018
                Provider of funds logo:
                 © Javna agencija za raziskovalno dejavnost Republike Slovenije

                Project head: External link opens in new tab or windowdr. Miha Ravnik

                External link opens in new tab or window

                Project head at F5: External link opens in new tab or windowdr. Miha Ravnik

                 

                Applicant organisation: External link opens in new tab or window'Jožef Stefan' Institute 


                Researchers:

                • Dr. External link opens in new tab or windowAnna Ryzhkova
                • Dr. External link opens in new tab or windowMiha Škarabot
                • Dr. External link opens in new tab or windowSlobodan Žumer
                • Dr. External link opens in new tab or windowNikkhou Maryam
                • Dr. External link opens in new tab or windowMatjaž Humar
                • Dr. External link opens in new tab or windowIgor Muševič


                Technical associates:

                • External link opens in new tab or windowIvan Kvasić
                • External link opens in new tab or windowJanja Milivojević

                External link opens in new tab or window

                Participating research organisation: External link opens in new tab or windowFaculty of Mathematics and Physics of the University of Ljubljana

                External link opens in new tab or window

                Researchers:

                • Mag. External link opens in new tab or windowShun Wang
                • External link opens in new tab or windowJure Alpinc 

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