SEARCHING for a QCD MIXED PHASE at the NUCLOTRON
... Theoretical and experimental investigations of the QCD phase diagram belong to the most topical research directions in modern physics. The search for the quark-gluon plasma (QGP) at RHIC Brookhaven and CERN SPS has revealed first indications for rich physics going beyond the naive picture of a gas o ...
... Theoretical and experimental investigations of the QCD phase diagram belong to the most topical research directions in modern physics. The search for the quark-gluon plasma (QGP) at RHIC Brookhaven and CERN SPS has revealed first indications for rich physics going beyond the naive picture of a gas o ...
r - Ultracold Quantum Gases Group
... ago [DeM99]. By using fermionic atoms in two different Zeeman substates it is possible to create systems that effectively behave like a system consisting of spin 1/2 particles. These systems can be much simpler than their "real world" counterparts yet still exhibit the essential physics. An example ...
... ago [DeM99]. By using fermionic atoms in two different Zeeman substates it is possible to create systems that effectively behave like a system consisting of spin 1/2 particles. These systems can be much simpler than their "real world" counterparts yet still exhibit the essential physics. An example ...
The DRIFT Dark Matter Project - School of Physics and Astronomy
... simulations, carried out by the author, to determine the performance of DRIFT experimental technology. Collectively, this work explores the capability of DRIFT technology to detect dark matter, and in doing so, to resolve one of the key open questions of contemporary science. The DRIFT programme con ...
... simulations, carried out by the author, to determine the performance of DRIFT experimental technology. Collectively, this work explores the capability of DRIFT technology to detect dark matter, and in doing so, to resolve one of the key open questions of contemporary science. The DRIFT programme con ...
"Low - energy positron interactions with atoms and molecules" Journal of Physics B 38 (2005) R57-R126 C. M. Surko, G. F. Gribakin and S. J. Buckman Comprehensive Review (PDF)
... from both radioisotopes and from electron accelerators, the yields of positron sources are weak as compared, for example, to sources of electrons. Furthermore, positrons from either radioisotopes or accelerators typically have a broad spectrum of energies up to and above the electron rest energy, mc ...
... from both radioisotopes and from electron accelerators, the yields of positron sources are weak as compared, for example, to sources of electrons. Furthermore, positrons from either radioisotopes or accelerators typically have a broad spectrum of energies up to and above the electron rest energy, mc ...
Astroparticle physics at LHC - Institute of Physics (IoP)
... correspondence between the cosmic microwave background anisotropies and the largescale structure of the Universe, could be given by a form of non electromagnetic interacting, invisible matter, hence called dark matter. An undetected heavy elementary relic particle that interacts only trough the grav ...
... correspondence between the cosmic microwave background anisotropies and the largescale structure of the Universe, could be given by a form of non electromagnetic interacting, invisible matter, hence called dark matter. An undetected heavy elementary relic particle that interacts only trough the grav ...
