Scientists at the Large Hadron Collider claim the discovery of the Higgs boson particle. Alan Barr of Oxford's Physics department, UK physics coordinator for LHC's ATLAS experiment, describes what it means for science.

Higgs boson-like particle discovery claimed at the Large Hadron Collider 

Dr Alan Barr, University Lecturer in the Particle Physics group in the University of Oxford's Department of Physics, discusses the particle physics experiments at the Large Hadron Collider, CERN, Switzerland.

Alan Barr on Particle Physics 

Academic Lectures from University of Oxford's Department of Physics.The video series for this podcast includes content previously published in 2016 as 'Reduced Density Matrices in Quantum Physics and Role of Fermionic Exchange Symmetry': "The interdisciplinary workshop brings together experts in quantum science, as e.g. quantum information theory, quantum chemistry, solid state physics and mathematical physics. The aim is to explore from a conceptual viewpoint the influence of the fermionic exchange symmetry and its consequences for the reduced 1-and 2-fermion picture. In particular, a better understanding should be developed of how the conflict of energy minimization and antisymmetry of the N-fermion quantum state leads to simplified descriptions of fermionic ground states."

Higgs Boson

Very-very good but please make a video version

Good

Academic Lectures from University of Oxford's Department of Physics.<br><br>The video series for this podcast includes content previously published in 2016 as 'Reduced Density Matrices in Quantum Physics and Role of Fermionic Exchange Symmetry': "The interdisciplinary workshop brings together experts in quantum science, as e.g. quantum information theory, quantum chemistry, solid state physics and mathematical physics. The aim is to explore from a conceptual viewpoint the influence of the fermionic exchange symmetry and its consequences for the reduced 1-and 2-fermion picture. In particular, a better understanding should be developed of how the conflict of energy minimization and antisymmetry of the N-fermion quantum state leads to simplified descriptions of fermionic ground states."

Oxford Physics Academic Lectures

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