HEP 2002: Summary and Prospect

Slides:



Advertisements
Similar presentations
Kiwoon Choi PQ-invariant multi-singlet NMSSM
Advertisements

The beginning of physics IoP Physics Update 2008 Forces and fields Particles and symmetries Cosmology The Large Hadron Collider Particle detectors A Ring-Imaging.
Black Holes and Particle Species Gia Dvali CERN Theory Division and New York University.
Effective Theory of Cosmological SUSY Breaking Principles of CSB: 1.C.C. Discrete Input Controlling No. Physical States in de Sitter Space-Time 2. SUSY.
Compelling Questions of High Energy Physics? What does the future hold? Persis S. Drell Physics Department Cornell University.
Higgs Boson Mass In Gauge-Mediated Supersymmetry Breaking Abdelhamid Albaid In collaboration with Prof. K. S. Babu Spring 2012 Physics Seminar Wichita.
Tony Liss Saturday Physics for Everyone November 9, 2013 (With debts to Chris Quigg, Leonard Susskind, Hitoshi Murayama)
Neutrino Physics - Lecture 1 Steve Elliott LANL Staff Member UNM Adjunct Professor ,
Chiral freedom and the scale of weak interactions.
March 2005 Theme Group 2 Perspectives on Grand Unification in View of Neutrino Mass R. N. Mohapatra University of Maryland.
Smashing the Standard Model: Physics at the CERN LHC
Theoretical Particle Physics: Beyond the Standard Model Jonathan Feng UC Irvine UCI Pizza Talk 18 April 2003.
CERN, 21 February 2001 Egil Lillestøl, CERN & Univ. of Bergen Recorded at
Geneva, October 2010 Dark Energy at Colliders? Philippe Brax, IPhT Saclay Published papers :
Minimal SO(10)×A4 SUSY GUT ABDELHAMID ALBAID In Collaboration with K. S. BABU Oklahoma State University.
Relic Neutrinos as a Source of Dark Energy Neal Weiner New York University IDM04 R.Fardon, D.B.Kaplan, A.E.Nelson, NW What does dark energy have to do.
My Chapter 30 Lecture.
Center for theoretical Physics at BUE
A new era in fundamental physics Higgs: from theory to experiments André França – Baku 2013.
The Dark Side of the Universe What is dark matter? Who cares?
School of Arts & Sciences Dean’s Coffee Presentation SUNY Institute of Technology, February 4, 2005 High Energy Physics: An Overview of Objectives, Challenges.
Physics Priorities S. Dawson July 11, 2007 Fermilab Steering Committee Meeting.
Fisica Generale - Alan Giambattista, Betty McCarty Richardson Copyright © 2008 – The McGraw-Hill Companies s.r.l. 1 Chapter 30: Particle Physics Fundamental.
ILC Physics a theorist’s perspective Koji TSUMURA (Kyoto from Dec 1 st ) Toku-sui annual workshop 2013 KEK, Dec , 2013.
1 Supersymmetry Yasuhiro Okada (KEK) January 14, 2005, at KEK.
INVASIONS IN PARTICLE PHYSICS Compton Lectures Autumn 2001 Lecture 8 Dec
WHAT BREAKS ELECTROWEAK SYMMETRY ?. We shall find the answer in experiments at the LHC? Most likely it will tells us a lot about the physics beyond the.
Introduction to Particle Physics How to compute the Universe?
Theoretical Issues in Astro Particle Physics J.W. van Holten April 26, 2004.
Impact of Neutrino Oscillation Measurements on Theory Hitoshi Murayama NuFact 03 June 10, 2003.
SUSY and Superstrings Masahiro Yamaguchi Tohoku University Asian School Particles, Strings and Cosmology (NasuLec) September 25-28, Japan.
Particle Physics: Status and Perspectives Part 9: Energy Frontier and Open Questions Manfred Jeitler SS 2015.
1 Prospect after discoveries of Higgs/SUSY Yasuhiro Okada (KEK) “Discoveries of Higgs and Supersymmetry to Pioneer Particle Physics in the 21 st Century”
H. Quarks – “the building blocks of the Universe” The number of quarks increased with discoveries of new particles and have reached 6 For unknown reasons.
Compelling Scientific Questions The International Linear Collider will answer key questions about matter, energy, space and time We now sample some of.
“Planck 2009” conference Padova May 2009 Facing Dark Energy in SUGRA Collaboration with C. van de Bruck, A. Davis and J. Martin.
1 Why Does the Standard Model Need the Higgs Boson ? II Augusto Barroso Sesimbra 2007.
8.882 LHC Physics Experimental Methods and Measurements High Energy Physics Overview [Lecture 16, April 6, 2009]
What about the Higgs Boson? What precisely is the Higgs? We describe dynamics of a system via a Lagrangian – One can completely replicate all of Newtonian.
Water ( H 2 O ) oxygen atom ( O ) proton ( p ) electrons ( e ) neutron ( n ) 3 quarks What the matters are made out of ? 3 quarks
Theory perspectives Discovery Center N. Emil J. Bjerrum-Bohr.
Some remarks on Higgs physics The Higgs mechanism Triviality and vacuum stability: Higgs bounds The no-Higgs option: strong WW scattering These are just.
Elementary Particle Physics
Theoretical Particle Physics Group (TPP)
Flavour Physics in and beyond the Standard Model
Nuclear Physics: the Shell Model Magic Numbers (especially stable)
Physics Overview Yasuhiro Okada (KEK)
Intro to Symmetries Gene Golowich Physics (UMass) Talk at NEPPSR-04
dark matter Properties stable non-relativistic non-baryonic
If not the Standard Model, What?
Precision Probes for Physics Beyond the Standard Model
The MESSM The Minimal Exceptional Supersymmetric Standard Model
Okay, we got the Higgs. Is that all, then?
Beyond the standard model
SPH4U Elementary Particles.
Beyond the Higgs wan ahmad tajuddin wan abdullah
Physics at a Linear Collider
Frontiers of fundamental physics
Physics Overview Yasuhiro Okada (KEK)
Searching for New Physics in muon lepton flavor violating processes
Ultraviolet Complete Quantum Field Theory and Particle Model
Neutrino Oscillations
The Mysteries of Particle Physics and how we are trying to solve them
Physics Overview Yasuhiro Okada (KEK)
Introduction to Particle Physics
What do we hope to understand?
The Eighteen Parameters of the Standard Model in Your Everyday Life
A Swampland Update Cumrun Vafa Harvard University PASCOS 2019
Prospect after discoveries of Higgs/SUSY
Presentation transcript:

HEP 2002: Summary and Prospect Philosophy joke. HEP 2002: Summary and Prospect File Format: Microsoft Powerpoint - View as HTML Frank Wilczek, MIT. The Glory of Precision. Perturbative ... Frank Wilczek, MIT. Conclusion. Brilliant Work by Many People has Resulted in an ... www.ichep02.nl/Transparencies/PL-Wed/PL-Wed-2-3.Wilczek.ppt Powerpoint Lectures by Nobel Laureates at Supercourse www.pitt.edu/~super1   Source: http://www.pitt.edu/~super1/Science/nobelprizelaureatesbyyear.htm Date: April 20, 2010 Author: Eric Marler M.D. http://www.pitt.edu/~super1/Science/main.htm#WHO 11/25/2018 Frank Wilczek, MIT

The Standard Model (1) QCD Triumph of Quantum Field Theory Expanding Frontiers Matter in Extreme Conditions Explanatory (Quantitative) Power RHIIC program; phase diagram More and more processes 11/25/2018 Frank Wilczek, MIT

Prevalence of loops. LGT focusing 11/25/2018 Frank Wilczek, MIT

The Standard Model (2) Electroweak Triumph of Quantum Field Theory Flavor Sector / CP Violation More to Come … The Standard Model Is Self-Transcending! More to come = Higgs particle, CKM precision 11/25/2018 Frank Wilczek, MIT

11/25/2018 Frank Wilczek, MIT

Unification and Supersymmetry (1) Quantum Numbers Couplings! Scale Neutrino Masses Gravity (nearly) Not (yet?) Proton Decay (nor others …) Unification and SUSY go together: couplings, proton decay 11/25/2018 Frank Wilczek, MIT

11/25/2018 Frank Wilczek, MIT

11/25/2018 Frank Wilczek, MIT Abstract rules Spinor suggestive of space-time connections or substructure 11/25/2018 Frank Wilczek, MIT

Gravity here: classical running; meets a little beyond - calculation safe 11/25/2018 Frank Wilczek, MIT

Unification and Supersymmetry (2) Electroweak Indications Radiative Stability of Weak Scale Lightness of Higgs Mass Small Radiative Corrections They go together, powerful case Here susy = low energy susy 11/25/2018 Frank Wilczek, MIT

11/25/2018 Frank Wilczek, MIT

11/25/2018 Frank Wilczek, MIT

Unification and Supersymmetry (3) Significance Dark Matter, Perhaps Opening New Windows Deep Issues in Breaking Sources for Flavor and CP Violation 11/25/2018 Frank Wilczek, MIT

11/25/2018 Frank Wilczek, MIT

11/25/2018 Frank Wilczek, MIT

The Higgs Particle (1) Limit from Radiative Corrections Significance of the Limit Theory Experiment 11/25/2018 Frank Wilczek, MIT

11/25/2018 Frank Wilczek, MIT

11/25/2018 Frank Wilczek, MIT

The Higgs Particle (2) Issues Arising Gluon Distributions (To Check Basic Coupling -- Beautiful QFT!) Diffractive Production Hera progress on measuring diffraction with parton interpretation 11/25/2018 Frank Wilczek, MIT

Flavor: Mass, Mixing, CP (1) Consolidation of the CKM Picture  /  B Physics / Unitarity Triangle Neutrino Masses and Mixings Atmospheric Solar Future Experiments 11/25/2018 Frank Wilczek, MIT

11/25/2018 Frank Wilczek, MIT

11/25/2018 Frank Wilczek, MIT

11/25/2018 Frank Wilczek, MIT

11/25/2018 Frank Wilczek, MIT

11/25/2018 Frank Wilczek, MIT

11/25/2018 Frank Wilczek, MIT

Flavor: Mass, Mixing, CP (2) What Does It All Mean? Lots of Things Don’t Happen! Patterns!? Family Repetition Mass Hierarchy (?) Mixing Hierarchy for Quarks, but Not Neutrinos Big Phases 11/25/2018 Frank Wilczek, MIT

Flavor: Mass, Mixing, CP (3) Hints of Deeper Connections m Scale mb/m mt! Unification Textures? LMA Presents a Challenge Lopsided Mass Matrices Not-Quite Maximal Mixing for Solar  11/25/2018 Frank Wilczek, MIT

Flavor: Mass, Mixing, CP (4) Mechanisms? (Small) Extra Dimensions? Cosmology? Anthropics? More to Come L Violations B Violation Electric Dipole Moments 11/25/2018 Frank Wilczek, MIT

Cosmic Connections (1) Dark Matter Dark Energy LSP? Axion? Why is it Small? Why is it Taking Over the Universe? 11/25/2018 Frank Wilczek, MIT

11/25/2018 Frank Wilczek, MIT

Cosmic Connections (2) Cosmic Rays Gravity Waves GZK !? Strangelets? (Strange Stars??) Gravity Waves Cosmological (Inflation) Extreme Collisions (Quark Matter?) 11/25/2018 Frank Wilczek, MIT

11/25/2018 Frank Wilczek, MIT

11/25/2018 Frank Wilczek, MIT

An Ultralight Sector? (1) Axions Strong CP Problem Dark Matter Dilatons, Familons, Modulons 11/25/2018 Frank Wilczek, MIT

11/25/2018 Frank Wilczek, MIT

An Ultralight Sector? (2) Anthropic Principle With Inflation, a New Status Anthropics can be Unavoidable! Candidates for Anthropics “Second”  Problem - Vadron? mu-md? Mis-Anthropics 11/25/2018 Frank Wilczek, MIT

An Ultralight Sector? (3) Experiments! Search for Axions Forces, Scalar and Pseudoscalar Variation of Constants? 11/25/2018 Frank Wilczek, MIT

The Glory of Precision Perturbative Non-Perturbative Electroweak QCD 11/25/2018 Frank Wilczek, MIT

11/25/2018 Frank Wilczek, MIT

Conclusion Brilliant Work by Many People has Resulted in an Extraordinarily Profound, Precise Description of the Physical World Because of This We Can Both Ask, and Formulate Plans to Answer, Some Truly Awesome Questions 11/25/2018 Frank Wilczek, MIT