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Exploring the Quantum Universe: Discoveries at Fermilab

Welcome to Fermilab, where we delve into the mysteries of the quantum universe. Join us as we explore crucial questions such as the principles of nature, dark energy, and the existence of extra dimensions. Witness groundbreaking experiments like the Tevatron collider, neutrino physics, and experimental astrophysics that push the boundaries of knowledge. Our mission encompasses extensive data analysis and computational resources, paving the way for future discoveries at the Large Hadron Collider and beyond. Thank you for visiting, and enjoy your exploration!

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Exploring the Quantum Universe: Discoveries at Fermilab

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Presentation Transcript

  1. InterLab 2006:Welcome to Fermilab Mark O. Kaletka Head, Computing Division/ Core Support Services Department

  2. The Quantum Universe • Einstein’s Dream of Unified Forces • 1. Are there undiscovered principles of nature: new symmetries, new physical laws? • 2. How can we solve the mystery of dark energy? • 3. Are there extra dimensions of space? • 4. Do all the forces become one? • The Particle World • 5. Why are there so many kinds of particles? • 6. What is dark matter? How can we make it in the laboratory? • 7. What are neutrinos telling us? • The Birth of the Universe • 8. How did the universe come to be? • 9. What happened to the antimatter? http://www.sc.doe.gov/Program_Offices/HEP.htm

  3. Science @Fermilab • Fermilab has four main efforts to help answer these questions: • The Tevatron collider experiments (CDF, DZero) • Experiments in neutrino physics (MINOS, MiniBOONe) • Experimental astrophysics (SDSS, Auger, CDMS) • The CMS experiment at the CERN LHC (USCMS) • As well as preparations for new accelerators and detectors (ILC, DES, NOvA) http://www.fnal.gov/pub/about/experiments/index.html

  4. Our Mission • Accomplished by huge worldwide collaborations • Produces petabytes of data • Requires enormous computing resources that can only be met by global grids • Interchanges data, ideas, people worldwide on a daily basis • Leads other sciences in making grid computing as important and useful as the Web (invented in HEP)

  5. Scientific Computing @Fermilab • Data flows from the experiments into mass storage • ~4 PB = 10 x Eiffel Tower of CDROM’s • Bulk production processing & physics analysis use grid-enabled compute farms • ~3000 CPU’s @Fermilab = ~6 PHz • All tied together by high-performance networks • Peak off-site transfer rates ~5 GB/s

  6. Where We’re Headed • Rampdown of the Tevatron program • All things come to an end! • Preparations for data taking by US CMS at the Large Hadron Collider at CERN • Fermilab is the US CMS Tier 1 regional computing center • Participation in the design and planning for the International Linear Collider • 2 x 40km electron linear accelerators

  7. Thank You & Enjoy Your Stay!

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