tasi lec 3 - physics learning laboratories · 3) messy thermal kinematics 4) many order 1 effects...

30

Upload: others

Post on 23-Aug-2020

1 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 2: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 3: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 4: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 5: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 6: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 7: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 8: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 9: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 10: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 11: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 12: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 13: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 14: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 15: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 16: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 17: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 18: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 19: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 20: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 21: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 22: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 23: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 24: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 25: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 26: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 27: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 28: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 29: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations
Page 30: tasi lec 3 - Physics Learning Laboratories · 3) messy thermal kinematics 4) many order 1 effects Uncertainties spacetime dependent VEV 5) BSM can have large number of dof Approximations