Meklēšana

Deputy Chair of the UL Council Representative proposed by the UL Senate; Representative of UL Student Council; Board member of the association Riga TechGirls . Particular competence areas at the UL Council – study quality, representation of student interests, UL governance, digital transformation, sustainable development, etc.

Dmitrijs Bočarovs : " Study of negative thermal expansion of ScF3 using molecular dynamics from first principles“ Andrejs Gerbreders : " Development of surface relief photoresist on the basis of low-molecular azobenzene compounds " Aivars Vembris : " Development of organic solid state laser with low excitation energy" Edgars Nitišs : "Studies of hybrid TiO2/polymer waveguides" Varis Karitāns : "Use of Shack-Hartmann aberrometry for estimation of retinal thickness in polymer retinal model and live eye retina " Jurģis Grūbe : " Improvement of NaLaF4 material for conversion of infrared light in blue and ultraviolet light " Roberts Zabels : "Investigation of structure and deformation processes in amorphous carbon/metal nanocomposites for antifriction applications " Krišjānis Šmits : " New infrared luminescent materials for practical applications

Maksims Sokolovs “ First principles modelling of perovskite surface for solid oxide fuel cells ” Edgars Butanovs “ Functional materials of metal oxide nanowire heterostructures ” Arturs Bundulis “ Determination of third-order dielectric permeability of organic materials by Z-scan method ” Aleksejs Zolotarjovs “ Synthesis of perspective coatings on metal surfaces

Andris Antuzevičs “Local structure of Gd3+ paramagnetic probe in glass matrices containing fluoride nanocrystallites”; Andrejs Česnokovs “Modelling of optical properties of titanium dioxide nanotubes”; Aleksandrs Platoņenko “Surface thermodynamics study of FePt nanoparticles”; Aleksejs Gopejenko “First principle calculations of lead zirconate titanate atomic and electronic properties”; Kaspars Pudžs “Studies of thermoelectric properties of organic material thin films for infra-red sensor applications”; Raitis Gržibovskis “Study of bounding surface between two organic substances with photoemission quantum yield spectroscopy method”; Jeļena Miķelsone “Development of direct recording photoresist on the basis of epoxy

J.Miķelsone “Development of practically usable photoresist for holographic recording with 532 nm laser” A.Antuzevičs "Structure and properties of S-state ions in SrF 2 nanoparticles" I.Bite “Study of electrical properties of transition metal oxide nanoparticles and their application in ReRAM devices” E.Butanovs “Impact of metal nanoparticle plasmon effect on optoelectric properties of hybrid nanowire photoresists” A.Cintiņš “Analysis of multiple iron phase transitions by X-ray absorption spectroscopy” U.Gertners “Application of interference lithography in the process of acquisition of diffractive planar optical elements” I.Jonāne “Studies of CuMoO 4 and CuMo x W 1-x O 4 local structures and thermochromic properties using X-ray absorption

A.Knoks “Obtaining and research of thin film/layer heterosystem TiO 2 /WO 3 /Fe 2 O 3 for photocatalytic water splitting” P.Lesničenoks “Recycled few layer graphene based gas sensor - electrode design and sensitivity – technological opportunities of ISSP UL” S.Ložkins “Synthesis and electrochemical properties of conductive polymer – structured carbon electrodes and ion conductive separator for energy storage applications” A.Platoņenko “Ab initio modeling of F-centres in pure and Ce 3+ activated β-NaYF 4 crystal” M.Vanags “Indirect, high precision electrolysis product mass determination method using red-ox mediators” A.Zolotarjovs “Dependence of the upconverted luminescence properties of individual nanoparticles on agglomeration and position” M.Zubkins “AZO thin films production with reactive

and wefeltourselveswelcomeinthis Institute. NowI have worked at ISSP UL foralmost 30years.About 3 years ago our “Wide-band gap materials” laboratory teamed up with the Spectroscopy Laboratory headed by the young and promisingDr.physAnatolijsŠarakovskis.We are a friendly team and I am pleased with what we have achieved over the years.It is a pleasure to have a strong generation of young scientists, in which Icaninvest my knowledge and experience.I am fortunate to work with distinguished and passionate young specialistssuch asbothGunas(KrieķeandDoķe),AndrisAntuzevičs, etc., as well as with the studentRihardsRuska,and I hope they all willhaveremarkable successin physics in future.I am glad that they accept me in their team and trust my knowledge.I am also grateful to my long-termconfrere in theresearch and a close friend –LaimaTrinklere.Today, thanks to the participation of theInstitute in international projects, it is possible to work withstate-of-the-artequipment, whichopensa wide range of opportunities

and wefeltourselveswelcomeinthis Institute. NowI have worked at ISSP UL foralmost 30years.About 3 years ago our “Wide-band gap materials” laboratory teamed up with the Spectroscopy Laboratory headed by the young and promisingDr.physAnatolijsŠarakovskis.We are a friendly team and I am pleased with what we have achieved over the years.It is a pleasure to have a strong generation of young scientists, in which Icaninvest my knowledge and experience.I am fortunate to work with distinguished and passionate young specialistssuch asbothGunas(KrieķeandDoķe),AndrisAntuzevičs, etc., as well as with the studentRihardsRuska,and I hope they all willhaveremarkable successin physics in future.I am glad that they accept me in their team and trust my knowledge.I am also grateful to my long-termconfrere in theresearch and a close friend –LaimaTrinklere.Today, thanks to the participation of theInstitute in international projects, it is possible to work withstate-of-the-artequipment, whichopensa wide range of opportunities

.03 Dita Nīmante, Liene Ekša. (2020). Inclusion of aChild With aHearing Impairment in aMainstream School, Single Case Study. In L. Daniela (Ed.), Human, Technologies and Quality of Education, 2020 (pp. 62-77). The University of Latvia Press. DOI: doi.org/10.22364/htqe.2020.05 Ilze Briška, Gunta Siliņa-Jasjukeviča. (2020). Cultural Aspects of Sustainable Development in Teacher Education. In L. Daniela (Ed.), Human, Technologies and Quality of Education, 2020 (pp. 78-88). The University of Latvia Press. DOI: doi.org/10.22364/htqe.2020.06 Olga Skvorcova, Anna Stavicka, Indra Odiņa. (2020). Subjective Well-Being of International Students in Latvian Higher Education Institutions.In L. Daniela (Ed.), Human, Technologies and Quality of Education, 2020 (pp. 196-207). The University of Latvia Press. DOI: doi.org/10.22364/htqe.2020.18 Fernández González, M. J., Surikova, S., & Pigozne, T. (2020). Adaptation

|Position|Elected on|Elected untilJūlija Stare|Rector's advisor|14.12.2022.|14.12.2023.Ilona Kuka|LU SP Executive director|14.12.2022.|14.12.2023.Rolands Baumanis|LU SP Board member|14.12.2022.|14.12.2023.Jānis Galakrodznieks|LU SP Member|14.12.2022.|14.12.2023.Patrīcija Annija Gudina|UL student|14.12.2022.|14.12.2023.Elizabete Ozoliņa|UL student|14.12.2022.|14.12.2023.Katrīna Utāne|UL student|14.12.2022.|14.12.2023.