'Bubble chamber' diaporamas de présentation

Superbeam long baseline experiments

100830 Neutrino Summer School @Tokai. Superbeam long baseline experiments. Takashi Kobayashi KEK. n e. n m. n t. 3 flavor mixing of neutrino. Flavor eigenstates. Mass eigenstates. m 1. Unitary matrix. m 2. m 3. 6 parameters q 12 , q 23 , q 13 , d

696 views • 61 slides

MiniBooNE : Nuclear Simulation and Neutrino Interaction Measurements

GSA lecture series 5/5/11. MiniBooNE : Nuclear Simulation and Neutrino Interaction Measurements. Joe Grange University of Florida. Outline. Introduction to MiniBooNE MiniBooNE nuclear simulation and surprises in data

686 views • 58 slides

Superbeam long baseline experiments

100830 Neutrino Summer School @Tokai. Superbeam long baseline experiments. Takashi Kobayashi KEK. n e. n m. n t. 3 flavor mixing of neutrino. Flavor eigenstates. Mass eigenstates. m 1. Unitary matrix. m 2. m 3. 6 parameters q 12 , q 23 , q 13 , d

583 views • 49 slides

ERIK H.M. HEIJNE CERN, Geneva and IEAP of CTU in Prague MEDIPIX Collaboration

3-D Pixel Imagers with Exploitation of Delta-rays in Precision Flow Tracking and Identification of Elementary Particles. ERIK H.M. HEIJNE CERN, Geneva and IEAP of CTU in Prague MEDIPIX Collaboration 2014 Workshop on Intelligent Trackers 16 May U. Pennsylvania, Philadelphia.

622 views • 48 slides

Search for double strangeness dibaryons at J-PARC

Search for double strangeness dibaryons at J-PARC. F.Sakuma , RIKEN. Strangeness in the Universe @ ECT*, 21-25, Oct, 2013. Idea from Prof. P. Kienle. P.Kienle , ECT* 2006. Outline. S=-2 dibaryon double kaonic nuclear state, K - K - pp H- dibaryon Experimental search at J-PARC

457 views • 35 slides

Introduction to Radiochemistry

Introduction to Radiochemistry. NUSC 341-3. Forces in Matter and the Subatomic Particles. Chapter 1. What is Nuclear Science?. Nuclear science: study of structure, properties, and interactions of atomic nuclei at fundamental level.

1.7k views • 28 slides

Chapter 25 Radioactivity/ Chapter 10

Chapter 25 Radioactivity/ Chapter 10. The nucleus of the atom is composed of protons and neutrons Some nuclei are stable, some are unstable Larger nucleus = more unstable Smaller nucleus = more stable

448 views • 28 slides

Subatomic Particles and Quantum Theory

Subatomic Particles and Quantum Theory. Atomic Physics. Subatomic Particle Tracks. Were originally detected by Charles Thompson Rees in 1910 using a cloud chamber A cloud chamber is a confined space super saturated with water or alcohol vapour

415 views • 27 slides

Member States

Member States. The Creation of Particle Beams. Paul Eaton -- United States Katarzyna Werel -- Poland HST 2000 CERN, Switzerland/France. Example of a Particle Hitting a Nucleus. Scientists learn about the fundamental components of nature

384 views • 26 slides

Forces on Charged particles Derivation Example Whiteboards Motion in a circle Direction

406 views • 23 slides

Comparing Large Underground Neutrino Detector Technologies: Liquid Argon, Liquid Scintillator, and Water Cherenkov

Comparing Large Underground Neutrino Detector Technologies: Liquid Argon, Liquid Scintillator, and Water Cherenkov. John G. Learned University of Hawaii at ANT09, Hawaii. A personal view, based upon experience with all three technologies.

434 views • 18 slides

NSF VISION in PARTICLE and NUCLEAR ASTROPHYSICS Richard N. Boyd

NSF VISION in PARTICLE and NUCLEAR ASTROPHYSICS Richard N. Boyd. The Present Dark Matter Ultra high energy cosmic rays Ultra high energy gamma rays Neutrinos Nuclear Astrophysics The Future Next generation of the above Dark Energy; Cosmic Microwave Background

320 views • 18 slides

Physics 780.02 Introduction

525 views • 15 slides

Bubble Chamber Workshop

Group 2. Bubble Chamber Workshop. Who is this presentation for?. Students in grade 12 or 1 st year university (depends on the country and the program) Prerequisite knowledge: Electric and magnetic fields Conservation of charge Conservation of linear momentum in 2D

248 views • 15 slides

How do particles move ???

216 views • 14 slides

Welcome to the 1 st Fermilab Detector Retreat

Welcome to the 1 st Fermilab Detector Retreat. Goals of this retreat: Outline the nature of the Fermilab detector R&D program Hear about the status of the various projects and their future direction

217 views • 14 slides

Bubble Chamber Installation Kick-Off Meeting May 28, 2014, Grames

250 views • 12 slides

Magnetic Force and Circular Motion

Magnetic Force and Circular Motion. Mrs. Coyle AP Physics C. Force on a Charged Particle in a Magnetic Field. For a charged particle moving in an external magnetic field with its velocity perpendicular to the field: The force is always directed toward the center of the circular path

780 views • 9 slides

Weak interactions

Weak interactions. Gargamelle bubble chamber at CERN. Gargamelle bubble chamber: leptonic neutral current. Gargamelle bubble chamber: discovery of neutral currents. A W boson decaying leptonically. (outgoing electron with large momentum (>10GeV), wide angle and large missing momentum).

235 views • 9 slides

Weak Interactions & Neutral Currents

614 views • 6 slides