Particle Physics at UCI Probing the most fundamental structure of matter of matter and energy –From the Standard Model to String Theory –Search for the.

Slides:



Advertisements
Similar presentations
Bruce Kennedy, RAL PPD Particle Physics 2 Bruce Kennedy RAL PPD.
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.
The Big Bang, the LHC and the Higgs Boson Dr Cormac O’ Raifeartaigh (WIT)
The search for the God Particle
Beyond the SM: SUSY and ToE A romantic dream for an unified description of the universe? Part III.
ATLAS Experiment at CERN. Why Build ATLAS? Before the LHC there was LEP (large electron positron collider) the experiments at LEP had observed the W and.
Bruce Kennedy, RAL PPD Particle Physics 2 Bruce Kennedy RAL PPD.
Sub Z Supersymmetry M.J. Ramsey-Musolf Precision Electroweak Studies in Nuclear Physics.
Tony Liss Saturday Physics for Everyone November 9, 2013 (With debts to Chris Quigg, Leonard Susskind, Hitoshi Murayama)

Committee on Science, Engineering and Public Policy Board on Physics and Astronomy Committee on Setting Priorities for NSF’s Large Research Facility Projects.
High Energy Physics at the University of Oregon Accelerator-based Accelerator-based Non-accelerator Non-accelerator Theory Theory.
Theoretical Particle Physics: Beyond the Standard Model Jonathan Feng UC Irvine UCI Pizza Talk 18 April 2003.
Physics with ATLAS and CMS Are there new symmetries or extra-dimensions? What is dark matter? Where does mass come from? The two big multi-purpose experiments.
Particle Physics: Adventures in the Quantum Wonderland Ken Peach (John Adams Institute.
High Energy Physics at the University of Oregon. Standard Model  What is the universe made of?  How does it interact? Standard Model very successful,
High Energy Physics Theory: Bigi, Delgado, Kolda –1 postdoc –5 students Experiment: Hildreth, Jessop, Lannon LoSecco, Ruchti, Wayne –3 research professors.
Particle Physics From Strings To Stars. Introduction  What is Particle Physics?  Large Hadron Collider (LHC)  Current Experiments – ALICE – ATLAS –
The International Linear Collider Barry Barish IUPAP General Assembly Cape Town 26-Oct-05.
This is a template – not even a 1 st draft. Each research page requires input from the faculty listed. Formatting, choice of figures, etc., also are still.
The High-Energy Frontier Meenakshi Narain For the BU High Energy Experimental Groups: g-2 Super-K Dzero Atlas CMS.
The Big Bang, the LHC and the Higgs Boson Dr Cormac O’ Raifeartaigh (WIT)
Searches for New Physics Motivations Examples Searches so far Setting scene for LHC 1/12.
What is High Energy Physics?  High Energy Physics is the study of the most basic particles and forces of nature  We explore the smallest scales and the.
The Higgs Boson: without the maths and jargon David Hall Graduate Seminar Series St Catherine’s College MCR 11 th May 2011.
My Chapter 30 Lecture.
High Energy Experimental Physics at UIUC. Who? ► HEPG Experiment  Debbie Errede: CDF/MuCool  Steve Errede: ATLAS/CDF  Bob Eisenstein: CLEO  George.
Point 1 activities and perspectives Marzio Nessi ATLAS plenary 2 nd October 2004 Large Hadron Collider (LHC)
Jonathan Bagger May 8, 2003 Matter, Energy, Space and Time: Particle Physics in the 21st Century.
1 FK7003 Elementary Particle Physics David Milstead A4:1021 tel: /
School of Arts & Sciences Dean’s Coffee Presentation SUNY Institute of Technology, February 4, 2005 High Energy Physics: An Overview of Objectives, Challenges.
Standard Model A Brief Description by Shahnoor Habib.
LHC and Search for Higgs Boson Farhang Amiri Physics Department Weber State University Farhang Amiri Physics Department Weber State University.
1 I. I. Nestoras II. L. Zimmerman III. S. Anderl Physics Beyond the Standard Model I think I finally understand atoms Democritus 460–370 BC.
PUBLIC UNDERSTANDING OF SCIENCE W. G. SCOTT RAL/PPD 28 Nov 2007 We are encouraged to spend 1% of our research grant funding on “outreach” activities, promoting.
Quarks, Leptons, Bosons, the LHC and all that. Tony Liss OLLI Lecture September 23, 2008.
Richard E. Hughes lastClass p.1 “The most incomprehensible thing about the universe is that it is comprehensible” - Albert Einstein.
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.
DZero experiment in Теватрон последние три года работал на проектной светимости, и за 1 месяц работы набирал интегральную светимость больше чем.
INVASIONS IN PARTICLE PHYSICS Compton Lectures Autumn 2001 Lecture 8 Dec
Collider Detector at Fermilab Sung-hyun chang High Energy Physics lab. KNU.
The God particle at last? Cormac O’RaifeartaighWaterford Institute of Technology Astronomy Ireland, Oct 8 th, 2012.
Introduction to Particle Physics How to compute the Universe?
Particle Physics Research - Birmingham group HEFCE academic staff 7 Research staff 13, Engineers 2, Technicians 2 PhD students 12.
FSU Experimental HEP Faculty Todd Adams Susan Blessing Harvey Goldman S Sharon Hagopian Vasken Hagopian Kurtis Johnson Harrison Prosper Horst Wahl.
Introduction to Particle Physics Saturday July 3 rd 2010 APPEAL, Oxford Prof. Ken Peach.
Searching for New Matter with the D0 Experiment Todd Adams Department of Physics Florida State University September 19, 2004.
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”
Sep/19/2008 Su Dong Stanford Student Orientation: Accelerator based Particle Physics1 Accelerator Based Particle Physics Su Dong Stanford Student Orientation.
Brian Plimley Physics 129 November Outline  What is the anomalous magnetic moment?  Why does it matter?  Measurements of a µ  : CERN.
High Energy Accelerators Dennis Silverman Physics and Astronomy U. C. Irvine.
Michel Gonin – Ecole Polytechnique – France : SUPER NOVA SN1987A Super-Kamiokande Introduction neutrino oscillations mixing matrices Introduction.
Compelling Scientific Questions The International Linear Collider will answer key questions about matter, energy, space and time We now sample some of.
The Standard Model of the elementary particles and their interactions
Water （ H 2 O ） oxygen atom （ O ） proton （ p ） electrons （ e ） neutron （ n ） 3 quarks What the matters are made out of ? 3 quarks
Neutrino. Game Board FERMILABHAPPENINGSFIRSTSNEUTRINOSDETECTION.
The Standard Model  By comparing experimental results with predictions from the Standard Model, we test our understanding of the universe Forces  Strong.
CPM 2012, Fermilab D. MacFarlane & N. Holtkamp The Snowmass process and SLAC plans for HEP.
International SalSA Workshop SalSA Physics Group Session
Precision Probes for Physics Beyond the Standard Model
Okay, we got the Higgs. Is that all, then?
Standard model of fundamental particles and interactions
Beyond the standard model
Particle Physics Theory
Beyond the Higgs wan ahmad tajuddin wan abdullah
Future neutrino experiments
Frontiers of fundamental physics
Introduction to Particle Physics
Presentation transcript:

Particle Physics at UCI Probing the most fundamental structure of matter of matter and energy –From the Standard Model to String Theory –Search for the origin of mass and evidence of supersymmetry at the world’s highest-energy accelerator –Precision measurement and searches for rare processes –Understanding the matter/anti-matter asymmetry of the universe –Discovery of neutrino mass and search for proton decay –Cosmic accelerators and astro-particle physics

Theory of Everything Search for the Ultimate Theory Standard Model Grand Unified Theory Electroweak QED QCD Weak Gravity Prof. Jonathan Feng Cosmology/Supersymmetry Prof. Herbert Hamber Lattice QCD Prof. Arvind Rajaraman String Theory/Extra Dimensions Prof. Myron Bander EW Symmetry-breaking

The High-Energy Frontier The ATLAS Experiment: Prof. Andy Lankford The world’s highest energy particle accelerator Study of origins of mass (Higgs mechanism) Search for new symmetries between fundamental forces (Super-Symmetry)

Rare Processes/Precision Measurement MECO at Brookhaven Prof. Bill Molzon Search for muon  electron conversion 10,000  sensitivity of past experiments May find evidence for SUSY Precision gravity measurements with a cryogenic torsional pendulum Prof. Riley Newman Expected G N precision: 20 ppm Tests of 1/r 2 law, equivalence principle

Matter/Anti-Matter Asymmetry Prof. Mark Mandelkern Prof. Andy Lankford Prof. David Kirkby BaBar: Precision study of CP violation with B mesons at SLAC

Neutrino Physics and Proton Decay Prof. Hank Sobel Prof. Dave Casper T2K Oscillation Experiment Super-Kamiokande: 50,000 ton water Cherenkov detector MINER A at Fermilab

From Quarks to the Cosmos Prof. Steve Barwick AMANDA and ANITA Neutrino Telescopes MILAGRO Gamma Ray Telescope Prof. Gaurang Yodh Probing the highest-energy cosmic rays

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2025 SlidePlayer.com. Inc. All rights reserved.