UT Arlington PHYS 1444 - PHYS 1444 Lecture Notes (42 pages)

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PHYS 1444 Lecture Notes



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PHYS 1444 Lecture Notes

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Lecture Notes


Pages:
42
School:
University of Texas at Arlington
Course:
Phys 1444 - General Technical Physics Ii
General Technical Physics Ii Documents

Unformatted text preview:

PHYS 1444 Section 002 Lecture 1 Tuesday Jan 18 2007 Dr Andrew Brandt 1 Syllabus and Introduction 2 Chapter 21 Static Electricity and Charge Conservation Charges in Atom Insulators and Conductors Induced Charge Coulomb s Law Please turn off your cell phones pagers and laptops in class Thanks to Dr Yu for bringing this class into 21st Century Tue Jan 18 2011 PHYS 1444 002 Dr Andrew Brandt 1 Who am I Name Andrew Brandt You can call me Dr Brandt Office Rm 344 CPB Physics and Chemistry Building Extension x2706 E mail brandta uta edu Education B S Physics Economics College of William and Mary 1985 Ph D 1992 UCLA My Research Area High Energy Physics HEP aka Particle Physics Collide particles protons and protons or anti protons at energies equivalent to 100 Quadrillion degrees To understand Fundamental constituents of matter Interactions or forces between the constituents A pure scientific research activity No direct applications Indirect applications are myriad electricity nuclear power lasers radar internet I pod I pad Smart phones all of technology Tue Jan 18 2011 PHYS 1444 002 Dr Andrew Brandt 2 Structure of Matter Matter Molecule Atom Nucleus Baryon Quark Hadron u 10 14m 10 9m 10 10m 10 2m Condensed matter Nano Science Chemistry Atomic Physics Nuclear Physics 10 15m protons neutrons mesons etc 10 19m top bottom charm strange up down Electron Lepton 10 18m High Energy Physics Tue Jan 18 2011 PHYS 1444 002 Dr Andrew Brandt 3 Fermilab Tevatron and LHC at CERN Highest Energy proton antiproton collider Ecm 1 96 TeV 6 3x10 7J p 13M Joules on 10 4m2 Equivalent to the kinetic energy of a 20t truck at a speed 80 mi hr Chicago CDF p Tevatron Tue Jan 18 2011 World s Highest Energy protonproton collider Ecm 14 TeV 44x10 7J p 1000M Joules on 10 4m2 Equivalent to the kinetic energy of a 20t truck at a speed 212 mi hr Geneva D p PHYS 1444 002 Dr Andrew Brandt 4 D Detector Run II 30 30 Tue Jan 18 2011 50 PHYS 1444 002 Dr Andrew Brandt Weighs 5000 tons Can inspect 3 000 000 collisions



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