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Committee for cooperation of the Czech Republic with Joint Institute for Nuclear Research Login
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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 to support their research activities in JINR (including participation in conferences).
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...
Smetana Adam Mgr. Ph.D.
Kulhánek Stanislav Mgr. Ing.
Sýkora Rudolf Mgr. Ph.D.
Jančík Petr doc. Ing. Ph.D.
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MINISTR ŠKOLSTVÍ KE SPOLUPRÁCI ČR S SÚJV
Ministr školství ke spolupráci ČR s SÚJV
Documents More...
Documents for long-term stay
JINR questionnaire (russian)
Documents for student`s programme
Agreement - CR students in JINR (2013)
Documents of JINR
Order of the JINR director about the allocation of the projects (2020)
Order of the JINR director about the allocation of the grants (2017)
Ćestný doktorát pro R. Lednického
ČJ_pozvánka, CV
CR Days in JINR 2016
CR Days in JINR - photo 4
JEMS-7
JEMS-7 photo 1
LIT workshop in ČR
Photo 1
Ambassador ČR i JINR 2019
Photo 2
PhD. works JINR
P.2
Grants More...
Realization of heterogeneous distributed HPC complex for physical and mathematical applications
Realization of heterogeneous distributed HPC complex for physical and mathematical applications
Publications More...
Forward-backward asymmetry of Drell-Yan lepton pairs in pp collisions at root s=8 TeV
A measurement of the forward-backward asymmetry A(FB) of oppositely charged lepton pairs (mu mu and ee) produced via Z/gamma* boson exchange in pp collisions at root s = 8 TeV is presented. The data sample corresponds to an integrated luminosity of 19.7 f