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“Nature” ranked Poland among top 10 “rising stars in science”

The Nature Index 2016 Rising Stars report published in special edition of the Nature journal has identified Poland among 10 top countries qualified as “rising stars in science”. The ranking was based on rate of increase of the WFC (weighted fractional count) index calculated for 68 prestigious journals active in natural sciences for the last 4 years. The index for Poland has risen by as much as 34% between 2012 and 2015. ----

NCBJ participates in research on cosmic explosions

Tadeusz Batsch and Dominik Rybka (photo M. Zięba/OPI PIB)
Equipment developed and produced by NCBJ scientists and engineers may help to reveal nature of some of the most powerful explosions occurring in the Universe. The equipment launched on September 15, 2016 by the „Tiangong-2” (TG-2) Chinese space station is going to measure polarisation of gamma rays in Gamma-Ray Bursts (GRB). The equipment was developed within framework of the POLAR project, one of the projects run under the Swiss Contribution research programme. ----

Iranian Ministry of Health officials in NCBJ

Iranian officials in NCBJ (photo Marcin Jakubowski, NCBJ)
Dr. Seyed Hassani Ghazizade Hashemi, Iranian Minister of Health with some accompanying officials paid a visit to NCBJ to discuss various aspects of mutual cooperation in nuclear medicine, in particular a contract to deliver 20 NCBJ-manufactured medical accelerators to Iran. ----

NCBJ-Lanzhou University cooperation in research on materials for 4th generation nuclear reactors

From left to right: Jacek Jagielski, Tieshan Wang, Ewa Rondio, Dariusz Szymański, Łukasz Kurpaska (photo NCBJ)
Professor Tieshan Wang, Director of Institute of Material and Radiation Physics at the Lanzhou University in China has visited Świerk as a NCBJ invited guest. Mr. Dariusz Szymański from Polish Ministry of Energy has also attended the meeting. ----

T2K experiment has presented first results of research on CP symmetry violation

Super-Kamiokande detector
The T2K interantional collaboration has announced new results on neutrino/antineutrino sy­mmetry in neutrino oscillations. The discovery that neutrinos and antineutrinos behave differently should help to understand why matter is dominating in the Universe over antimatter. If laws of physics were identical for both matter and antimatter, the Universe would be filled up only with annihilation radiation. But that’s not the case as we are existing. ----

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