05/06/2016 Lab Practice: "Cosmic Wheel"1 Lab Practice: « Cosmic Wheel » Measuring Cosmic Muons at ASP2014 S. Muanza, CPPM Marseille.

Slides:



Advertisements
Similar presentations
Robo-Lab Team 5 Derek Evers, James Bettes, Keith Pearson, Amanda Brown, and Bryce Bell.
Advertisements

Going Smaller than Atoms AQA Syllabus A A Level Physics – Module 2 © T Harrison. The National School.
Antonis Leisos KM3NeT Collaboration Meeting the calibration principle using atmospheric showers the calibration principle using atmospheric showers Monte.
Plastic Scintillator Option for DB a simulation study by Maxim Gonchar, Yury Gornushkin and Dmitry Naumov JINR, Dubna, Russia Collaboration Meeting January.
Introduction This project used cosmic rays to test a prototype Minimum Bias Trigger Scintillator (MBTS) that will be used in the ATLAS experiment at CERN.
Απόστολος Τσιριγώτης Αξιολόγηση Αρχιτεκτονικών και Υποθαλάσσιων Περιοχών Εγκατάστασης για ένα Μεγάλο Μεσογειακό Τηλεσκόπιο Νετρίνων Α. Τσιριγώτης Β. Βεργανελάκης,
A Muon Veto for the Ultra-Cold Neutron Asymmetry Experiment Vince Bagnulo LANL Symposium 2006 Outline ● UCNA Experiment ● Muon background ● Proposed Veto.
1 Prototyping Megaton-Scale  Detectors Jason Trevor DOE Review July 25, 2007 Developing a New Lower-Cost Scintillator Design.
Muon Decay Experiment John Klumpp And Ainsley Niemkiewicz.
Detecting Cosmic Rays An inexpensive portable detector By: Danny Franke Quarknet 2004.
The MINOS Experiment Andy Blake Cambridge University.
MICE: The International Muon Ionization Cooling Experiment Diagnostic Systems Tracker Cherenkov Detector Time of Flight Counters Calorimeter Terry Hart.
SCIPP Summer Outreach Project July Cosmic Ray Detectors Cosmic Ray Detectors Detector Testing Detector Testing Muon Lifetime Experiment Muon Lifetime.
VELO Testbeam 2006 Tracking and Triggering Jianchun (JC) Wang Syracuse University VELO Testbeam and Software Review 09/05/2005 List of tasks 1)L0 trigger.
NuMI MINOS The MINOS Far Detector Cosmic Rays and their neutrinos are being collected now. How does this work, and of what use is this data? Alec Habig,
Comeniusprojekt
WP2: Detector development Summary G. Pugliese INFN - Politecnico of Bari.
Jimmy McCarthy International Cosmic Ray Day 26 th September 2012 Detecting Cosmic Rays.
Info Kétévi A. Assamagan. We’ve entered the last month of preparation before ASP2014 begins – Everything must come together now There are 2 more meetings.
Inbound Norway. Norway Market overview Norway has a population of 5.1 million inhabitants 3.7 million buy online Online sales amounted to a value worth.
Study of plastic scintillator quenching factors Lea Reichhart, IOP Glasgow, April /17.
Status of Atlas Tile Calorimeter and Study of Muon Interactions L. Price for TileCal community Short Overview of the TileCal Project mechanics instrumentation.
ASP Readiness Kétévi A. Assamagan. Students We have 69 students – 10 declinations – 1 never replied We have now 58 students – ~50% French speaking.
Dominik Wermus (Virginia Military Institute, Lexington, VA 24450), Doug Higinbotham (Thomas Jefferson National Accelerator Facility, Newport News, VA,
QuarkNet Muon Data Analysis with Shower Array Studies J.L. FISCHER, A. CITATI, M. HOHLMANN Physics and Space Sciences Department, Florida Institute of.
Cosmic Rays: Ever Present and Useful Anthony Gillespie Denbigh High School Mentor: Dr. Douglas Higinbotham Cosmic Rays Using the Cosmic Rays Current Research.
Software cost estimation Predicting the resources required for a software development process 1.
Background measurements and simulation Hayg Guler Marc Verderi LLR – Ecole polytechnique ATF2 project meeting, June 2009.
27/6/05 Frascati1 M. Bonesini INFN Milano MICE TOF stations updates.
1m 3 SDHCAL Mechanic Structure M.C Fouz 8/10/2010 The 1m 3 prototype Mechanical Structure is financed by: Spanish HEP National Program by the project FPA
CALORIMETER system for the CBM detector Ivan Korolko (ITEP Moscow) CBM Collaboration meeting, October 2004.
Plastic scintillators for the g-RISING experiments Nami Saito.
Measurement of lifetime for muons captured inside nuclei
Scintillating Tiles for the Muon Inner regions LHCb Muon Upgrade meeting, CERN May Wander Baldini for the Ferrara LHCb group.
©Ian Sommerville 2000Software Engineering, 7th edition. Chapter 26Slide 1 Software cost estimation l Predicting the resources required for a software development.
STATUS OF MUV3 CONSTRUCTION A joint IHEP Protvino – Mainz – Pisa project MUV3  Proposed by Italo Mannelli: Thick scintillator tiles with direct light.
THE GAMMA-400 PROJECT Direct measurements of the primary gamma- radiation in the energy range 30 GeV – 1 TeV GAMMA-400 COLLABORATION: Lebedev Physical.
Step 1: Note lesson topic and main ideas on the Coded Brainstorm Guide think-sheet. The following are examples from the Makes Sense Strategies illustrate.
Brian Lowery July 11,  Primary  From space ▪ Lower energy cosmic rays come from sun ▪ Higher energy cosmic rays come from other places in the.
MUONS!. What are we going to talk about? How muons are created Detecting methods Muon half life and decay rate Muon decay data Problems with the data.
Bennett Marsh UM CERN REU 2014 Upgrades to the CMS HCAL Run Control System.
Preparation Examples ACD has provided a website of their CDR preparation status I encourage everyone to view posted material, including the CDR Dry Run.
Nantes — 2008, July Analysis of results from EmCal beam test at CERN PS (and SPS) energies P. La Rocca & F. Riggi University & INFN Catania University.
LHCf Detectors Sampling Calorimeter W 44 r.l, 1.6λ I Scintilator x 16 Layers Position Detector Scifi x 4 (Arm#1) Scilicon Tracker x 4(Arm#2) Detector size.
1 Performance of a Magnetised Scintillating Detector for a Neutrino Factory Scoping Study Meeting U.C. Irvine Monday 21 st August 2006 M. Ellis & A. Bross.
Outreach activities related to Particle Physics in Netherlands April 2004, H. Tiecke -Cosmic Ray Project at High Schools -High schools and particle physics.
Station Acceptance Test. 22/02/2007 M. Takahashi 2 Lab Layout at IC.
Matter, Measurement, and Problem Solving Dimensional Analysis.
ASP S. Muanza, CPPM MarseilleOct 8th Status of Fund Requests in Europe and the US OUTLINE I.IN2P3 II.French Ministries III.US National Labs IV.SA.
TPC R3 B R3B – TPC Philippe Legou Krakow, February nd
Sheffield - Headline News NaI SMALL ARRAY DM55(high gamma background) vs. DM46 -> similar bump rate DM48 -> some evidence for a bump? DM50 (QMW) -> abandoned.
Experimental Method: 2 independent detectors on both sides of IP
“Performance test of a lead glass
Proposal for Experiments
High-Resolution Micromegas Telescope for Pion- and Muon-Tracking
An Automated calibration method from shower data
IFR Status Summary W. Baldini on behalf of the IFR Group
QuarkNet and Cosmic Ray Muon Flux Experiments
PCID – Projectile Charge Identification Detector
Studies on TH2 chamber Michele, Maria, Givi, Joerg
Dump Transport from Dump Hall to XSE (updated Version)
SHiP combined test beam 13 September – 2 October
Cosmic Ray Showers Cosmic ray activity Figure 3:
Vishnu V. Zutshi For the NICADD team.
DING CONGJIN LU GUICHI MARSEILLE
Detecting Cosmic Rays An inexpensive portable detector
HL-LHC upgrade at IPHC news
Testbeam status report
Experimental Method: 2 independent detectors on both sides of IP
The CERN Beamline for Schools (BL4S) Competition
Presentation transcript:

05/06/2016 Lab Practice: "Cosmic Wheel"1 Lab Practice: « Cosmic Wheel » Measuring Cosmic Muons at ASP2014 S. Muanza, CPPM Marseille

05/06/2016 Lab Practice: "Cosmic Wheel" 2 I propose to run a lab practice on detecting cosmic muons, in replacement of Ulrich’s similar project that was eventually canceled There’s a device meant for that, which was o designed at IN2P3 (Marseille & Bordeaux) o is built in my lab (CPPM) It’s called the « Cosmic Wheel » (« Roue Cosmique ») It’s a muon telescope: − Small, Portable, Simple, Robust We use it in outreach programs (mostly in high schools) It serves to introduce: − Particle and astroparticle physics − Illustration of special relativity − Particle detection (as a function of azimut) − Small scale module for: Trigger & data acquistion Analysis

05/06/2016 Lab Practice: "Cosmic Wheel" 3 Apparatus description: − Made of 3 plastic scintillators (30cm x 15cm x 1cm) − Each scintillator comes with: a light guide a 2-inch PMT electronics desktop running Labview My lab also produces a box for the transportation: − Size: 100cm x 70cm x 60cm − Weight: ~40 kg − Cost: ~5k€ It seems difficult (impossible?) to consider sea-freight for this, will have to ship through air-freight CNRS has a national platform for transportation called Ulisse and based in Annecy − I ask them to draw a cost estimate for the transportation to Dakar & pick-up at CPPM − In this case we’ll have to transfer money from the Team Account at CERN to CPPM to pay for the transportation CERN has also a transportation service − In this alternative, we’d pay via the T.A. − But, it’s much longer and complicated for the pick-up Ask the LOC to pick-up the device in Dakar airport and to transport it to UCAD (ITNA / Phys Dpt)

05/06/2016 Lab Practice: "Cosmic Wheel" 4 Ask the LOC: − to pick-up the device in Dakar airport and to transport it to UCAD (ITNA / Phys Dpt) − probably around late july (TBC) IOC aims: to buy the device so that it can remains after ASP2014

05/06/2016 Lab Practice: "Cosmic Wheel" 5 SUPPLEMENTS