Conveners
Lectures: Session 1
- Boris Kopeliovich (UTFSM)
Lectures: Session 2
- Dmitry Gorbunov (Russian Academy of Sciences (RU))
Lectures: Session 3
- Alexander Sorin (Joint Inst. for Nuclear Research (RU))
Lectures: Session 4
- Alexander Sorin (Joint Inst. for Nuclear Research (RU))
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David Edward Bruschi (University of York)17/08/2017, 08:30Lecture
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Gordon Semenoff (University of British Columbia)17/08/2017, 09:10Lecture
Central to the solution of the infrared catastrophe of quantum electrodynamics and perturbative quantum gravity is the idea that detection apparratus inevitably have limited resolution and, in any scattering processs, an infinite number of arbitrarily soft photons and gravitons are produced and escape detection. Photons and gravitons have polarizations and momenta and one might suspect that...
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Prof. Dmitry Gorbunov17/08/2017, 09:50Special session on Astro-Cosmo-GravityTalk
The origin of Baryon Asymmetry of the Universe is one of the major questions in Particle Physics and Cosmology. We reconsider generation of the baryon asymmetry in the non-minimal split Supersymmetry model with an additional singlet superfield in the Higgs sector. We find that successful baryogenesis during the first order electroweak phase transition is possible within phenomenologically...
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Prof. Nikos Mavromatos (King's College London, University of London (GB))17/08/2017, 11:00LecturesLecture
I discuss tensions between numerical simulations based on $Lambda$CDM cosmology and observations at galactic scales (Small-scale Cosmology ``Crisis'') and then proceed to review ways of alleviating them, including the inclusion of self-interacting dark matter. As a specific model of such dark matter, I discuss minimal extensions of the standard model, involving right handed (Majorana)...
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Yoram Rozen17/08/2017, 11:40LecturesLecture
plenary : Collider searches for DM (ATLAS+CMS)
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-->result of negociation with CMS : made by ATLAS -
Prof. Vladimir Zelevinsky (Department of Physics and Astronomy and National Superconducting Cyclotron Laboratory, Michigan State University)17/08/2017, 14:30LecturesLecture
Quantum many-body chaos is described as a practical (theoretical. experimental, and computational) instrument in physics of mesoscopic systems of interacting particles.
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Using nuclear, atomic and spin physics applications, it is shown that interactions of constituents
create stationary states of high complexity with respect to the mean-field basis with observable properties smoothly changing... -
Boris Kopeliovich (UTFSM)17/08/2017, 15:10A High Energy Particle Physics:Lecture
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Laszlo Pal Csernai (University of Bergen)17/08/2017, 16:30LecturesLecture
Advances in Relativistic Fluid Dynamics,
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Observables, and Applications -
Evgeny Zabrodin (University of Oslo (NO))17/08/2017, 17:10LecturesLecture
Fluctuations and correlations
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