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Oļģerts Dumbrājs , (ISSP UL Laboratory of Theoretical Physics and Computer Modelling) will lead a workshop of Institute of Solid State Physics of the University of Latvia, Doctoral School “Functional Materials and Nanotechnologies”, B course of Master’s program “Topical problems in materials and solid state physics” on October 12, at 13:00 at ISSP UL Ķenaraga street 8, 2 nd floor hall . Content of the workshop: 1. Gyrotrons for DNP applications at Far-Infrared Region, University of Fukui (FIR UF), Japan, and elsewhere in the world. 3. DNP: New experimental and methodology approaches and applications in physics, chemistry, biology and medicine. 4. Conclusions The lecture will be in English. Questions and comments can be expressed in Latvian.

Erasmus+ Study Mobility is available for all level students (Bachelor, Master, Doctoral), who are registered for studies at the UL and are not in an academic leave. The minimum period of study mobility – 2 months, the maximum – 12 months. Students have an opportunity to experience up to 12 months long Erasmus+ study and/or traineeship mobility during one study cycle. Erasmus+ Study Mobility is based on Erasmus+ bilateral agreements signed individually by each UL facultystating the number of students and study level in corresponding academic year. The list of partner universities can be found here . For more information about the Erasmus+ bilateral agreements in your study area, please, contact the international coordinator of your faculty.

Highly professional academic staff and guest lecturers The core of the University of Latvia Faculty of Chemistry teaching staff consists of highly qualified scientists, researchers and industry specialists who supplement their knowledge by visiting partner universities abroad, as well as participating in various industry seminars. In 2019, Professor Arūnas Ramanavičius of the Faculty of Chemistry of Vilnius University joined the faculty and gave lectures. The professor regularly conducts classes in bachelor's and master's programmes, as well as provides classes for doctoral students in several study courses. Our graduate and current researcher of the Technical University of Graz, Doctor of Chemistry Matīss Reinfelds, also visits the faculty, presenting classes in the study course “Organic Chemistry” on topical issues of photochemistry.

Head: Prof. Gunta Krūmiņa Email: gunta.krumina@lu.lv Address: UL Academic Centre, House of Nature, Jelgavas iela 1, Rīga, LV-1004 The Department of Optometry and Vision Science in cooperation with the faculties of Biology, Medicine and Chemistry provides academic study programmes at the bachelor's, master's and doctoral levels. The scientific work in the department is mainly carried out in the subfield of medical physics. Research and studies are carried out in psychophysical research of visual perception, binocular vision and stereo vision, properties of optical ophthalmic materials, research of visual system – kinetics of physiological processes, accommodation and vergence mechanisms. The research is carried out by the research group of the Department of Optometry and Vision Science .

Students have the opportunity to start their carrier during the studies. The study programme includes a compulsory internship in the industry, which already starts in the 2nd year of studying, so all graduates of the bachelor's programme already have actual work experience. Graduates can fully integrate into the international scope of IT specialists. After graduation, they receive promotions and work on complex international projects. After graduation, students can continue their studies at the Master’s level. ERASMUS+exchange possibilities UL full-time students, regardless of their citizenship, have the opportunity to apply for the ERASMUS + exchange program for studies or/and traineeship. More information: ERASMUS + study mobility ERASMUS + traineeship moblity

: Advanced (CAE) any level; 1.13.1.6. Cambridge English: First (FCE) – B (does not apply to the Master`s degree programme „English Studies”); 1.13.1.7. Pearson Test of English (PTE) General B2 minimum (Master`s degree programme „English Studies” – C1 minimum); 1.13.1.8. Pearson Test of English (PTE) Academic: at least 51 point; (Master`s degree programme “English Studies” – at least 67points); 1.13.1.9. LanguageCert International ESOL at least Level Communicator B2 (Written and Spoken exams) (Master`s degree programme „English Studies” – Expert C1 minimum); 1.13.2. German: 1.13.2.1. Das Deutsche Sprachdiplom (DSD) der Kultusministerkonferenz 2 nd degree; 1.13.2.2. Deutsche Sprachprüfung für den Hochschulzugang (DSH) 2 nd degree minimum; 1.13.2.3. Der Test Deutsch als Fremdsprache (TestDaF) 4 th degree in all sections minimum; 1.13.2.4. Goethe – Zertifikat B2 minimum; 1.13.3. French: 1.13.3.1. Diplôme d'études en langue française (DELF) B2; 1.13.3.2. Diplôme approfondi de langue

Degree to be achieved: Master of Natural Sciences in Chemistry Duration of studies: 2 years Type of studies: Full time Amount of credits: 80 credit points or 120 ECTS European Qualifications Framework (EQF) level: Level 7 International Standard Classification of Education (ISCED) level: Level 7 Language of instruction: English Accreditation: the program is accredited until 26.10.2029. Tuition fee EU/EEA/Swiss citizens and their family members; Long Term Resident EU - 2900 EUR per Year Other сountry citizens - 6000 EUR per Year The Master's study program in Chemistry provides students with modern, in-depth theoretical knowledge, as well as practical and research skills in the main areas of chemistry and one selected sub-discipline. Students in the program can choose chemistry sub-discipline for their specialization: analytical, physical, or organic and biomolecular chemistry. The program is based on a student-centred approach, which focuses on the students

The purpose of the course: to obtain the theoretical knowledges and skills in the field of emergency psychiatry and narcology in accordance with the competence established by the regulations on emergency medicine in order to be able to provide high-quality emergency medical care to patients of all ages in acute situations caused by acute mental illness, disorders, diseases and intoxicants. The duration of the course is 4 weeks (6 ECTS in emergency psychiatry with rotation in the 4th year of study), during which it is planned: -theoretical training - in the form of problem-accented lectures and seminars; -Practical training, including training in obligatory manipulations during practical work, during daily work and on call under the direct supervision of a competent specialist in the clinical base - reception and specialized departments of the Riga Psychiatry and Narcology Center and the BKUS Psychiatry Department, in accordance with the laws of the Republic of Latvia. The Course

Master studies course is meant for the first year students enrolling and having not been previously intensively studying basics of environmental science as well as environmental governance, as well as mandatory minimum of civil protection. The aim of the course is to provide students with the overview knowledge and understanding of the environment and its qualities multi-disciplinary character in the frame of interdisciplinary environmental science and environmental governance as both science branch and applied practice, according to the central human-environment system paradigm. Related tasks for the studies: 1. To provide insight into the concepts "environment", “environmental science” and behavior of the complex environmental systems, emphasizing the role of humans in environmental change, as well as give a knowledge of concepts of biodiversity, natural resources, major biochemical cycles, climate change and global environmental problems, 2. To provide insight into the concept

Physics II is the second of three courses in the general physics course module for mastering the basics of general physics. The module content covers the major branches of physics (mechanics, thermodynamics, structure of matter, electromagnetism, optics, quantum physics), focusing on manifestations of the physical phenomena in nature and technology, and their description. The topics of Physics II are thermodynamics, structure of matter and electromagnetism. The goal of the course is to prepare the high school graduates for Modern physics courses and advanced physics courses at the University of Latvia. The tasks of the course is to deepen students' knowledge of thermodynamics, structure of matter and electromagnetism, the use of qualitative models and mathematical models for the analysis of physical processes, to develop the skills of physical experimentation and analysis of experimental data, to develop the skills of physical process analysis. At the end of the course