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Shehu AbdusSalam (Shahid Beheshti University (IR))17/11/2021, 14:20
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Fernando Quevedo (University of Cambridge)17/11/2021, 14:30
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Francesco Hautmann (University of Antwerpen)17/11/2021, 16:00
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Mehran Zahiri Abyaneh (PhD)18/11/2021, 09:30
It is known that a Dirac-type matrix equation governs surface excitations in the superconductor-topological insulator system and Majorana zero-energy modes (MZM) arise as solutions of such an equation in the presence of vortices. Among other setups to realize MZMs, one can mention a p-wave superconductor with a non-relativistic kinetic term and a vortex order parameter. On the other hand, it...
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Mahdi Torabian (Sharif University of Technology)18/11/2021, 10:00
The string swampland conjectures are a list of criteria a low energy effective field theory (EFT) must satisfy to be UV completed in quantum gravity (QG). These conjectures are based on examples from string theory constructions. If an EFT does not respect these conditions it cannot be constructed from a string compactification. These criteria can be used in a bottom-up approach as a model...
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Reza Jafari18/11/2021, 11:00
The proposed future $ e^-p$ collider provides sufficient energies to produce the Standard Model Higgs Boson through $W^\pm$ and Z-boson fusion in charged and neutral current modes, respectively and to measure its properties. We take this opportunity to investigate the prospect of b-quark Yukawa coupling in the Standard Model Effective Field Theory framework and prob down the Wilson...
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Maryam Zeinali (Isfahan University of Technology (IR))18/11/2021, 12:00
This talk will mainly represent a review of the standard model Higgs boson and its role in searches for new physics at the large hadron collider. In the end, the latest beyond the standard model searches through Higgs interactions being performed at the CMS experiment collaboration will be addressed.
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S. Rostam Zadeh18/11/2021, 13:00
Generation of matter-antimatter asymmetry and large-scale magnetic
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fields in the Universe are two seemingly unrelated problems in particle physics
and cosmology which are highly intertwined in the symmetric phase of the early
Universe, due to the Abelian anomalous effects. The chiral vortical effect (CVE)
is the generation of the electric current parallel to the vorticity field in the... -
Michelangelo Mangano (CERN)18/11/2021, 14:25
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Saeed Abaaslu18/11/2021, 15:30
The large-scale magnetic fields and the baryon asymmetry in the Universe are two important puzzles in particle physics and cosmology. In the symmetric phase of the early Universe before the electroweak phase transition (EWPT), these two seemingly unrelated problems are intertwined via the Abelian anomalous effect, $\nabla_{\mu}j^{\mu}\sim\vec{E}_{Y}.\vec{B}_{Y}$. Moreover, in imbalanced chiral...
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