LISA proton drip line grant DaresburyJS LiverpoolRDP, RDH SurreyPaul Stevenson, Jim Al-Khalili EPSRC~£¾M Possible overlap with DTJ’s AF.

Slides:



Advertisements
Similar presentations
CHAPTER 22 Nuclear Chemistry
Advertisements

Radioactive Decay. - Alpha Decay The emission of an particle from the nucleus of an atom is called alpha decay An alpha particle is just a helium nucleus.
Radiometric Dating Half-life.
Simulation of the decay pion spectroscopy at JLab Sept Tohoku Uni. S.Nagao Purpose Experimental outline Geant4 simulation Summary  yield & S/N.
Shell model studies along the N~126 line Zsolt Podolyák.
High precision study of the  decay of 42 Ti  V ud matrix element and nuclear physics  Experimental and theoretical precisions  New cases: goals and.
Pete Jones University of Jyväskylä INTAG Workshop GSI, Germany May 2007 Status of digital electronics at JYFL Pete Jones Department of Physics University.
J.H. Hamilton 1, S. Hofmann 2, and Y.T. Oganessian 3 1 Vanderbilt University, 2 GSI 3 Joint Institute for Nuclear Research ISCHIA 2014.
The Atomic Nucleus and Radioactivity The nucleus is composed of particles called nucleons, which are protons and neutrons. The number of nucleons is called.
Alpha decay parent nucleus daughter nucleus Momentum conservation decides how the energy is distributed. r E 30 MeV 5 MeV.
Atomic Radiation.  Retakes AFTER SCHOOL and during lunch Thursday or after school… WHOT:  Objective: Mathematically model how Alpha and Beta nuclear.
The LISA spectrometer David O’Donnell STFC Daresbury Laboratory.
The evolution of nuclear structure in light osmium isotopes; gamma ray spectroscopy of 163 Os and 165 Os Mark Drummond.
Towards a Compton Telescope for Gamma-Ray Astronomy in the MeV range CSNSM-Orsay, AIM/CEA-Saclay, APC-Paris, MPE-Garching, NSI-Copenhagen AHEAD meeting,
Tagger Microscope:  Performance Features Under Test Detector Alignment  Simulations show that when fiber axis is aligned to < 3 o of the e - trajectory.
Half Lifes. Atoms Proton Electron Cloud Neutron Atomic Number Number of protons – change this → change the element Hydrogen has one proton and one electron.
Examples: Nuclear Decay. Examples Al -> 4 2 He + ________.
Half Lifes. Atoms Proton Electron Cloud Neutron Atomic Number Number of protons – change this → change the element Hydrogen has one proton and one electron.
Rotational bands in the rare-earth proton emitters and neighboring nuclei Darek Seweryniak Argonne National Laboratory PROCON Rotational landscape.
E432a: Decay of Highly Excited Projectile-like Fragments Formed in dissipative peripheral collisions at intermediate energies 1.Understanding thermodynamic.
Isospin impurity of the Isobaric Analogue State of super-allowed beta decay experimental technique isospin impurity determination Bertram Blank, CEN Bordeaux-Gradignan.
Alpha Decay. Radioactive Decay Alpha Decay Radioactive Decay Alpha Decay Beta Decay.
Mr. Gibson - Room 213 – Unit One: Technology et al.
M. Labiche - INTAG workshop GSI May Se - D prototype for the focal plane of the PRISMA spectrometer (Task4) Digitisers for SAGE & LISA (task1)
N~Z studies with Gretina and neutron detectors W. Reviol, D. Rudolph, D.G. Sarantites, C.J. Chiara, D. Seweryniak Washington U. / Lund U. / U. of Maryland.
Beta strength measurements near to the 3rd r-process peak IFIC-Valencia Jose L. IFIC-Valencia PRESPEC Decay Workshop, Brighton, January 12-13, 2011.
Nuclear Chemistry Ch. 21. Radioactive Emissions Alpha decay – He nucleus What product is formed when radium-226 undergoes alpha decay? What element undergoes.
UNIVERSITY OF JYVÄSKYLÄ RDDS measurements at RITU and prospects at HIE-ISOLDE T. Grahn University of Jyväskylä HIE-ISOLDE Spectrometer Workshop, Lund
Nuclear Chemistry Chapter 23 Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.
7.1 Nuclear Reactions What are atoms made of? Which particles are found in the nucleus? What are the three types of ionising radiation? What are the three.
Nuclear Chemistry Chapter 23 Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display. PowerPoint Lecture Presentation.
RNB Cortina d’Ampezzo, July 3th – 7th 2006 Elisa Rapisarda Università degli studi di Catania E.Rapisarda for the Diproton collaboration 18 *
C. Johannesson CHAPTER 22 Nuclear Chemistry II. Radioactive Decay (p ) II. Radioactive Decay (p ) I IV III II.
Saclay, 30 January 2007 Rauno Julin Department of Physics University of Jyväskylä FinlandJYFL In-beam Spectroscopy of In-beam Spectroscopy of Transfermium.
Radioactive Decay Quick Review Atom made of 3 subatomic particles Protons (positive, inside nucleus) Protons (positive, inside nucleus) Electrons (negative,
Decay Chains To be able to determine radioactive decay chains.
NH 4. Ammonium +1 NH 4 PO 4 Phosphate -3 PO 4 NO 3.
NS08 MSU, June 3rd – 6th 2008 Elisa Rapisarda Università degli studi di Catania E.Rapisarda 18 2.
Basics of Ion Beam Analysis
Structure of Super-Heavy Elements Andreas Heinz A. W. Wright Nuclear Structure Laboratory Yale University ATLAS Workshop, August 8-9, 2009.
FAIR (Facility for Antiproton and Ion Research) (Darmstadt, Germany) low-energy cave MeV/u fragmentation/fission ~1GeV/u fragment separator 350m.
Beta decay around 64 Cr GANIL, March 25 th V 63 V 64 V 60 V 61 V 63 Cr 64 Cr 65 Cr 61 Cr 62 Cr 60 Cr 64 Mn 65 Mn 66 Mn 65 Fe 67 Fe 1) 2 + in 64.
 A model of beam line built with G4Beamline (scripting tool for GEANT4)  Simulated performance downstream of the AC Dipole for core of beam using  x.
Exotic neutron-rich nuclei
J-PARC でのシグマ陽子 散乱実験の提案 Koji Miwa Tohoku Univ.. Contents Physics Motivation of YN scattering Understanding Baryon-Baryon interaction SU(3) framework Nature.
New emission Mössbauer spectroscopy studies at ISOLDE in 2015 Haraldur Páll Gunnlaugsson, Torben E. Mølholt, Karl Johnston, Juliana Schell, The Mössbauer.
RDT Plunger Lifetime Measurements Workshop, GSI 2007 Workshop, GSI 2007 R. Julin -JYFL On behalf of the JYFL-Köln-Liverpool-Saclay-Munich collaboration.
Prompt and Delayed Conversion Electron Spectroscopy of Heavy Nuclei Andreas Heinz A. W. Wright Nuclear Structure Laboratory Yale University ATLAS Workshop,
Nuclear Chemistry Determining Half-Life. Types of Radiation  Alpha particle (  )  helium nucleus paper 2+  Beta particle (  -)  electron 1- lead.
Exotic and non-Exotic Charmonium Spectroscopy with FAIR Klaus Peters on behalf of the PANDA Collaboration GSI and U Frankfurt TU Munich, Oct 11,
Science 9 Decay Problems #2 35 point total 1. State the number of protons & neutrons in the following: ProtonsNeutrons Fe C.
Exploring the alpha cluster structure of nuclei using the thick target inverse kinematics technique for multiple alpha decays. Marina Barbui June, 23 rd,
Proposal Preparation. Documents for June PAC  Full Proposal  Starting point is LOI + updates in EOI  Project Definition Report  Cost estimate  Excel-based.
The Stability of Nuclides. For elements with a small atomic number we find that they tend to be stable when Z≈N :for example Z N.
Gamma Spectrometry beyond Chateau Crystal J. Gerl, GSI SPIRAL 2 workshop October 5, 2005 Ideas and suggestions for a calorimeter with spectroscopy capability.
Isotopes.
Electrons Electrons Electrons
Systematic study of Z = 83 nuclei: 193,194,195Bi
تحليل الحساسية Sensitive Analysis.
II. Nuclear (Radioactive) Decay
Ch. 4/5 Notes Day 5 2/2/16.
!'!!. = pt >pt > \ ___,..___,..
(Lawrence Berkeley National Laboratory)
Spectroscopy of open systems: proton emitters
Name:_____________________________
-.&- ·Af& Q 0 "i'/
Parallel Circuits 119.
Picture 1 10 protons 10 neutrons = an electron.
Fig. 3 Extension of our proposed programmable synthesis to the selective synthesis of a wide variety of liposome/metal hybrids. Extension of our proposed.
The Bohr Model of the Atom
Presentation transcript:

LISA proton drip line grant DaresburyJS LiverpoolRDP, RDH SurreyPaul Stevenson, Jim Al-Khalili EPSRC~£¾M Possible overlap with DTJ’s AF

LISA Experimental Programme

Decay of 169 Au? h 11/2 s 1/2 169 Au ~1920 keV ~2170 keV p ~ 440 ns ~ 1ns 0 ~ Pt

Tag prompt proton with daughter  decay Tagged Prompt p /  Spectroscopy

Proton emission from high-lying states Rudolph et al., PRL80 (1998) 3018

Other applications? 160 Os alpha decay 4n channel 164 Os* 30x sensitivity Extra tag for IDT Improve sensitivity

LISA as in grant application  E-E telescopes Single element pentagons Single element E quadrants 16  E rings 40 readout channels

Other possibilities EUCLIDES(probably not available) Rudolph’s detector(test ideas?) TIARA barrel(lifetime measurements)

Points for discussion Best configuration for LISA? Simulations, … Buy new analogue electronics? Experimental programme – proposals for next PAC? …