(VAT excluded), EUR Research grade interchangeable triple – grading Czerny-Turner Spectrograph. Time of delivery as of the day entering into the Contract: 3 (three) months. CPV code: 38400000-9 Between 4 000 and 41999.99 09.02. 2015. 20.02. 2015. 10:00 1 UAB „Altechna” Reg.No.: 123542064, Mokslininku g. 6A, LT-08412, Vilnius, Lithuania 04.03.2015 3 (three) months 12 500.00 Contact person: Jānis Pinnis, telephone: +371 67260545, +371 29680881, fax: +371 67132778, e-mail: Janis.Pinnis@cfi.lu.lv Text of the Invitation: Text of the Contract:
. Latvian Consulate representative is helping in process of submitting documents for residence permit and visa and document legalisation from Latvian side. Note! If you are still studying in last semester and don’t have a diploma, you can apply with provisional results from your school. You will need to submit an obtained diploma afterwards. Note! Applicants, who submit documents for temporary residence permit after August 20 th , have to choose express examination of documents for 10 days. If the residence permit obtaining process continues longer than expected, LU makes a decision on the commencement of study options in this or next academic year. If you have questions regarding application procedure, academic or practical matters, feel free to contact us atstudies@lu.lv.
of the school lie in the approach of interdisciplinary seminars and teleconferences. Research directions: Physical Didactics Condensed matter physics Laser physics and spectroscopy Medical physics Atom and molecular physics Optics Physics of heat processes and molecular physics Mechanics of liquids and gases Theoretical physics Astrophysics and fundamental astronomy Mechanics of polymer and composite materials Differential equations Geometry and topology Mathematical analysis and functional analysis Mathematical modelling Modern elementary mathematics and mathematical didactics Skaitliskā analīze Probability theory and mathematical statistics Discrete mathematics and mathematical informatics Contact Person of the Council Ms Andra Damberga andra.damberga@lu.lv
and dynamic learning environments with the aim to encourage our students to become designers of innovative processes and develop future skills, such as analytical thinking, creativity and communication. They will serve as new and innovative interfaces between education, research and innovation. They will provide new tools for transferring research-based knowledge to society and transmitting the input, knowledge and ideas from society to universities. The outputs of the Labs will include new online teaching material for FORTHEM Digital Academy , new intensive courses, joint scientific publications and final reports of civic engagement projects. On the long run, the FORTHEM Alliance is working towards the establishment of collective PhD groups and joint degree programmes related to the seven topics. The FORTHEM Campus will be closely linked with the activities of all FORTHEM Labs . More information FORTHEM Labs: What are they, really? ContactMission Board Manager Päivikki
language, contact and migration of ethnic communities in the diaspora. Linguistic change in this diaspora is compared with language shifts during the “trimda” (exile), when a wave of similar number of Latvians fled Latvia during World War II, and native language retention within this ethnic community which has now entered the third generation. Quantitative data from various surveys of the diaspora and returning migrants provides an insight into the dynamics of language retention in both the adult diaspora community as well as in the second diaspora generation raised abroad. Interviews with diaspora community members add a qualitative in-depth look at the issues that concern this wave of emigrants including the challenges regarding retention of Latvian language in families with diverse linguistic backgrounds, opinions on the purpose of native language acquisition and maintenance and how it correlates with ethnic identity.
Validity and Reliability of the Acceptance and Action Questionnaire-II: Latvian Version [PDF] I nese Sadauska, Aleksandrs Koļesovs University of Latvia, Latvia Abstract: The objective of this study was to assess the psychometric properties of the Latvian version of the Acceptance and Action Questionnaire-II (AAQ-II), measuring psychological flexibility described as the ability to act according to chosen values while consciously being in contact with subjectively unpleasant present moment experiences. The scale provides a single score across 7 items. The original AAQ-II was translated to Latvian and then back to English. The Satisfaction with Life Scale, Flourishing Scale and Meaning in Life Questionnaire was applied for testing the convergent validity of the AAQ-II. Participants of the study were 191 people, ranged in age from 19 to 68 (159 women, mean age M =30.62, SD =9.50). Reliability analysis, exploratory and confirmatory factor analysis (EFA and CFA) of the scale were
The conference will be held May 14, 2010 in the Museum of the University of Latvia. Sponsored by the Nordic Council of Ministers and Governments of Latvia and France Organisers: Tatjana Sjakste (Institute of Biology, University of Latvia) and Nikolajs Sjakste (University of Latvia) Contacts: tanja@email.lubi.edu.lv ; nikolajs.sjakste@lu.lv Venue: Museum of the University of Latvia, Raiņa blvd. 19, room 415 Registration: 2010 May 14th, Friday, 9.30-10.00 Scientific Program 10.00 Tatjana Sjakste (Latvia) Greetings and Workshop opening Session I Chair – Nikolajs Sjakste (Latvia) 10.10 Yegor Vassetzky (France) Intranuclear relocalization of translocated regions: a common mechanism of oncogene activation in lymphomas? 10.40 Joelle Wiels (France) Epstein-Barr virus (EBV) and resistance to p53-dependent apoptosis 11.10 Ruslan Kalendar (Finland) Evolution and mobile elements 11.40 Cofee break Session II Chair – Ruslan Kalendar (Finland) 12.00 Kesara
Ceturtdien, 17.februārī plkst. 12.30, Ķengaraga ielā 8, konferenču zālē Dr.I.Shorubalko (Šveice) „Electronic properties of gate defined and etched quantum dots in InAs nanowires” Two different methods to fabricate few-electron quantum dots (Qds) in InAs nanowires (NWs) and a highly sensitive charge detector are demonstrated. In the first method QDs are defined electrostatically by top finger-gates. This simple technique produces high quality and fully tunable QDs containing a small number of electrons. For particular spin configurations in the double dot, we observe that the current can be suppressed due to the Pauli exclusion principle. We use this Pauli blockade spectroscopy to investigate spin relaxation mechanisms, as well as mixing of spin states. In the second method we use a single local-wet-etching step to fabricate a QD in a NW and a quantum point contact (QPC) in an underlying two-dimensional electron gas. The self-aligned QPC is used as a local gate for the QD
research question addressed (to include a brief statement of the topic and of the issue/ problem that motivates the research) [10%]; 2.theory and literature review [20%]; 3.research design, data, and methodology (including hypothesis) [30%]; 4.expected results and summary of the evidence of the study so far (if applicable: an outline of any preliminary findings) [20%]; 5.expected contribution and its significance in the field [10%]; 6.conclusions, and any remaining concerns or problems to be overcome [10%]. Contact: Asoc.prof.Marina Kudinska ( marina.kudinska@lu.lv ) Ivanda Jakovele ( ivanda.jakovele@lu.lv )