CERN Accelerating science

Available video(s): CM-B00030842 ; CM-B00030843 ; CM-B00030844 ; CM-B00030845 ; CM-B00030841
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- Video-CM-B00030845 view: Large Small Normal

Series: CERN Academic Training Lecture Regular Lecture Programme

CERN, Geneva, 9 - 13 May 2005
The video was digitized from its original recording as part of the CERN Digital Memory project
The video was reviewed and enriched with additional information.
Title: CERN Academic Training Lecture : Cosmology and particle physics - Intro: Our Homogeneous and Isotropic Universe
Title: CERN Academic Training Lecture : Cosmology and particle physics - Ingredients: Dark Matter
Title: CERN Academic Training Lecture : Cosmology and particle physics - Ingredients: Dark Energy
Title: CERN Academic Training Lecture : Cosmology and particle physics - Thermodynamics in the Early Universe
Title: CERN Academic Training Lecture : Cosmology and particle physics - Inflation and Beyond
Type: Conference Speech
Keywords: Cosmology,Dark matter,Cosmology,Hubble,Space,Time,Galaxy,Universe,Matter,Radiation,Vacuum,Friedmann equation,Curvature,Telescope,Dark energy,BBN,Primordial
Keywords: Dark matter,Dark matter,Radiation,Matter,Dark energy,Friedmann equation,Luminosity,Universe,Baryon,Oscillations,Primordial
Keywords: Dark Energy,Dark energy,Gravity,Universe,Pressure,Oscillator,Quantum,Quantum field theory,SUSY,Super gravity,Vacuum,Microwave,Energy
Keywords: Cosmology,Thermodynamics,Universe,Friedmann equation,Hubble,Curvature,Expansion,Relativity,Photon,QCD,BBN
Keywords: Cosmology,Inflation,Black hole,Curvature,Big bang,Vacuum,Dark energy,Scalar field,Hubble constant,Hubble,Universe
category: Portraits of science
Date: 2005
Filmed people: De Roeck, Albert ; Carroll, Sean Michael
Description (eng): The past few years have seen dramatic breakthroughs and spectacular and puzzling discoveries in astrophysics and cosmology. Open questions include the nature of the dark matter and dark energy, the origin of the matter/antimatter asymmetry, the possibility of inflation, and the role of string theory and extra dimensions in the early universe. All of these issues impact strongly on, and will be heavily influenced by, upcoming experiments in particle physics. This is an overview of current questions at the overlap of cosmology and particle physics, as well as some theoretical and experimental questions likely to be important in the near future.

Physical medium: Source is paper