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Committee for collaboration of Czech Republic

with Joint Institute for Nuclear Research in Dubna Login
Committee More...
STUDENT PROGRAMME
The agreement between plenipotentiary of CR and director of JINR has been signed in 2010 (see Documents). The agreement allows to send up to 15 PhD. and diploma students into JINR. The study programme is organized by czech universities. The purpose of the student stay is to participate on interesting research for thesis. The stay is limited for 3 years (Ph.D. students) and 2 years (diploma students). Students are supported by special salary and by additional grant (12000 USD/year) to support their research activities in JINR (including participation in conferences). The results of students are regularly checked by the Committee. More detailed information can be obtained from secretariat of the Committee.
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HOW TO GET THERE
Tram 3, 10, 24 - Bulovka stop
Bus 201 - Vychovatelna stop
Bus 166 - Nemocnice Bulovka gynekologie stop

MAP
Peoples More...
Hubáček Zdeněk Ing.
Slunečková Viera Ing.
Smotlacha Jan Ing. Ph.D.
Lužová Martina Ing.
News More...
Working stays CR - JINR 2020
Detailed statement of the Ministry of Education, Youth and Sports can be found here.
Documents More...
Documents of MF CR about JINR
Founding Treaty of the JINR Dubna (1956)
Others
Brasov 2017
Czech forum - program and list of participants
Visit at the Czech Embassy in Moscow
Visit at the Czech Embassy in Moscow 4
JEMS-7
JEMS-7 foto 2
Velvyslanec v SÚJV 2018
Photo 5
Photo 9
Ambassador ČR i JINR 2019
Photo 3
JEMS -10
Photo 2
Student practice 2019
Photo 1
Grants More...
Activation Detectors and Thermocouples in the Fast Neutron Field
Project
Publications More...
Search for narrow and broad dijet resonances in proton-proton collisions at root s=13 TeV and constraints on dark matter mediators and other new particles
Searches for resonances decaying into pairs of jets are performed using proton-proton collision data collected at root s = 13 TeV corresponding to an integrated luminosity of up to 36 fb(-1). A low-mass search, for resonances with masses between 0.6 and 1