National Nuclear Physics Summer School
National Nuclear Physics Summer School
Past Schools
Past Schools
Rolf Ent: Jefferson Lab in the 12 GeV era
Michelle Dolinski: Neutrino Physics
Geoffrey Greene: Fundamental Neutron Physics (neutron beta decay, nEDM)
Abhay Deshpande : Electron-Ion Collider-an experimentalist's perspective
Scott Pratt: Bayesian Analyses
Juliette Mammei: Fundamental Symmetries (Weak Interaction through PV)
Kristina Launey: Low Energy Nuclear Theory
Ben Kay: Low Energy Nuclear Experiment
Jeff Blackmon: Nuclear Astrophysics
Anne Sickles: Quark Gluon Plasma
Thomas Ullrich: EIC
Alexei Prokudin, Anselm Vossen: Hadron Structure Physics
Megan Connors, Bjoern Schenke: Heavy Ion Physics
Diana Parno, Michael Ramsey-Musolf: Neutrinos
Susan Gardner, Chen-Yu Liu: Neutrons and Fundamental Symmetries
Gail McLaughlin, Chris Wrede: Nuclear Astrophysics
Mark Caprio, Alexandra Gade: Nuclear Structures
Frithjof Karsch: Lattice QCD
Derek Teaney: String Theory & QCD
Ulrich Heinz: Relativistic Heavy Ion Theory
William Zajc: Relativistic Heavy Ion Experiment
Paul Reimer: Hadron Partonic Structure
Tomasz Skwarnicki: Hadron Spectroscopy
Filomena Nunesi: Nuclear Structure
Sanjay Reddy: Nuclear Astrophysics
Rik Yoshida: EIC Program
Baha Balantekin: Neutrino Physics
Cynthia Keppel: Jefferson Lab Program
Krishna Kumar: Neutrinoless Double Beta Decay
David Hertzog: Fundamental Symmetries
Suzanne Lapi: Nuclear Medicine
Elke-Caroline Aschenauer: Accelerators and Detectors
Michael Williams: Data Analysis
Lindley Winslow: Double Beta Decay
Abhay Deshpande: Electron-Ion Collider
Vincenzo Cirigliano: Fundamental Symmetries
Matthew Shepherd: Hadronic Spectroscopy
Jianwei Qiu: Hadronic Structure
Jamie Nagle, Wilke van der Schee: Hot Dense Nuclear Matter
Sinead Ryan: Lattice QCD
Cecilia Lunardini (Neutrino Theory),
Janet Conrad, Joe Formaggio (Neutrino Experiment): Neutrinos and Dark Matter
Andrew Steiner: Nuclear Astrophysics
Stefano Gandolfi: Nuclear Structure
A. Baha Balantekin: Fundamental Symmetries and Neutrinios - Theory
Jeff Blackmon: Nuclear Astrophysics
Carl Brune: Nuclear Science in High Energy Density Plasmas
Heather Crawford: Low-Energy Nuclear Experiments
David Dean: Computational Science
Morten Hjorth-Jensen: Lectures on Nuclear Structure Theory and Reactions
Barbara Jacak: Energy Loss and Opacity in the Quark Gluon
Walter Loveland: The Quest for Superheavy Elements
Augusto Macchiavelli: Gamma-Ray Tracking
Naomi Makins: Nuclear Physics in Four Quadrants
Gail McLaughlin: Nuclear Astrophysics
Greg Mitchell: Nuclear Physics and Medical Imaging
Scott Pratt: Relativistic Heavy Ion Collisions and the Quark Gluon Plasma
Martin Savage: Lattice QCD for Nuclear Physics
Ron Soltz: Nuclear Security in the 21st Century
Michael Thoennessen: The Facility for Rare Isotope Beams
Feng Yuan: Hadron Physics and QCD (Theory)
Christian Weiss: Strong Interaction Physics with an Electron Ion Collider
Brian Tiburzi: Effective Field Theories
Josh Erlich: Dualities and QCD
Witek Nazarewicz: Nuclear Structure
Andrea Shindler: Lattice QCD
Kate Scholberg: Neutrinos
Krishna Kumar: Fundamental Symmetries
Krishna Rajagopal: QCD in Extreme Conditions
Tim Chupp: Neutrons
Cynthia Keppel: Medical Application of Nuclear Physics
Mark Dalton: Meson Spectroscopy with GlueX
Barbara Badelek: Experimental Hadronic Physics
Silas Beane: Non-Perturbative QCD
Edward Brown: Nuclear Astrophysics
Richard Casten: Nuclear Structure and Reactions
Brian Cole: Experimental Heavy-Ions
John Cowan: Nuclear Astrophysics
Sangyong Jeon: Theoretical Heavy-Ions
David Kawall: Fundamental Symmetries
Daniela Leitner: Accelerator Physics
Kate Scholberg: Neutrino Physics
Marco Stratmann: Perturbative QCD
James Vary: Nuclear Structure Theory
Alexei Bazavov: Lattice QCD at Non-Zero Temperature and Density
Dave Brown: National Nuclear Data Center
Yuri Kovchegov: Gluon Saturation and Small-x Physics
Curtis Meyer: Advances in Hadron Spectroscopy
Mark Sakitt: Nuclear Proliferation
John Thomas: Cold Atoms
Tom Hemmick: QCD and Heavy Ion Physics
Berndt Mueller: QCD and Heavy Ion Physics
Zein-Eddine Meziani: Hadron Structure and Spin Physics
Jamal Jalilian-Marian: Hadron Structure and Spin Physics
Hendrick Schatz: Nuclear Structure and Reactions
Dick Furnstahl: Nuclear Structure and Reactions
Chuck Horowitz: Nuclear Astrophysics
Tod Strohmayer: Nuclear Astrophysics
George Fuller: Fundamental Symmetries and Neutrinos
Barry Holstein: Fundamental Symmetries and Neutrinos
Peter Petreczky: Lattice Gauge Theory Methods for Nuclear Physics
Silas Beane: Lattice Gauge Theory Methods for Nuclear Physics
Anna Hayes: The National Ignition Facility
Suzanne Lapi: Medical Applications of Nuclear Physics
Martin Zwierlein: Cold Atom Experiments
Sanjay Reddy: Unraveling the Neutron Star Interior: Prospects and Challenges
Scott Bogner: Nuclear Structure
Kate Jones: Nuclear Structure
Christian Iliadis: Nuclear Astrophysics
Gail McLaughlin: Nuclear Astrophysics
Peter Jacobs: Exploring Hot Dense Matter at RHIC and LHC
Olga Evdokimov: Exploring Hot Dense Matter at RHIC and LHC
Robert Tribble: Fundamental Symmetries
Jeffrey Nico: Fundamental Symmetries
Naomi Makins: Hadron Structure
Assumpta Parreno: Hadron Structure
Boris Kayser: Neutrinos
Joseph Formaggio: Neutrinos
Lars Bildsten: The nuclear physics and astrophysics of exploding stars
Jeff Blackmon: Astrophysical reactions in the laboratory
Helen Caines: Quarks and gluons under extreme conditions
Dam Son: Strongly-coupled theories and universal aspects
Achim Richter: The physics of nuclei - some selected examples
Sonia Bacca: Halo nuclei: theory and experiment
Geoff Grinyer: High-precision nuclear structure experiment
Xiangdong Ji: Hadron structure: lattice QCD and effective field theory
Haiyan Gao: Frontiers in hadron structure
Petr Vogel: Neutrinos and nuclei
Mark Chen: Underground neutrino physics
Krishna Kumar: Low energy tests of the electroweak theory and its symmetries with leptons, nucleons and nuclei
Vincenzo Cirigliano: Effective field theories beyond the standard model
Betsy Beise: Hadron Physics
Alexandra Gade: Nuclear Structure
Bob McKeown: Neutrinos
Frank Timmes: Nuclear Astrophysics
Bill Zajc: Relativistic Heavy Ion Physics
Hermann Wolter: Nuclear Reactions
Timothy Chupp: Fundamental Symmetries
John Hardy: Fundamental Symmetries
David Morrissey: Nuclear Instrumentation
Witek Nazarewicz: Nuclear Structure Theory
Derek Teaney: QCD Theory
Michael Wiescher: Nuclear Astrophysics Experiments
Sherry Yennello: Nuclear Reactions Experiments
David Richards: Lattice QCD
Harald Griesshammer: Effective Field Theory in Few Nucleon Systems
Xiangdong Ji: Nucleon Structure, Baryon Resonances, and Meson Resonances
Thomas Schaefer: Hot Dense Nuclear Matter
Baha Balantekin and Art Champagne: Nuclear Astrophysics and Neutrinos
Susan Gardner: Fundamental Symmetry Tests and Precision Measurements
Thomas Papenbrock: Physics of Nuclei
Ian Thompson: Physics of Nuclei
Jeff Blackmon Nuclear Astrophysics
Brad Filippone: Nuclear Searches for Physics Beyond the Standard Model
Peter Steinberg RHIC Physics
Achim Schwenk: Effective Field Theorties Applied to Nuclear Systems
Abhay Despande: RHIC Spin
Christia Weiss: The Physics of the 12 GeV Upgrade at JLAB
Stuart Freedman: Neutrino Physics
Ingo Wiedenhover: Nuclear Exotica
Jozef Dudek: The Hadron Spectrum
Alexander Volya: Nuclei at Mesoscopic Systems
Boris Kayser: Neutrino Physics - A Theorist's Perspective
Adam Burrows: Supernova Theory and Nuclear Astrophysics
Alan Nathan: Proposal Preparation Workshop
Stan Brodsky: QCD Phenomenology and Nucleon Structure
David Dean: Forefronts in Nuclear Structure
Brad Filippone: Nuclear Searches for Physics Beyond the Standard Model
Joseph Formaggio: Neutrinos and Underground Science
James Nagle: The Physics of Relativistic Heavy Ion Collisions
Madappa Prakash: Nuclear and Particle Physics in the Cosmos
Naomi Makins: Hadron spin and Flavor Structure
Curtis Meyer: Forefront Issues in Meson Spectroscopy
John Negele: Lattice QCD
Chen-Yu Liu: Ultra Cold Neutrons
David Bowman: Fundamental Symmetries
Steve Elliott: Neutrinos
Jon Engel: Nuclear Structure
Tom Hemmick: Relativistic heavy Ion Collisions
David Kaplan: Effective Theories
Kostas Orginos: Lattice QCD
Jim Truran: Stellar Nucleosynthesis
Stuart Freedman: Neutrino physics
Dick Furnstahl: Fermion many-body systems
Daniel Phillips: Effective theory methods
Mark Pitt: Electroweak physics
Krishna Rajagopal: Phases of QCD matter
Gunther Roland: The physics of relativistic heavy ion collisions
Mike Snow:Neutron physics
John Beacom:Topics in nuclear astrophysics
Mike Ramsey-Musolf:Topics in electroweak physics
Peter Parker: Nuclear astrophysics
Erich Ormand: Nuclear structure
Raju Venugopalan: High energy nuclear physics in the collider era
Eric Swanson: Structure of hadrons
Alejandro Garcia: Weak interactions in the nucleus
Gail McLaughlin: Neutrino physics
William Louis: Neutrino Physics
Aneesh Manohar: QCD and its Symmetries
Thomas Schaefer: High Density QCD
Joseph Carlson: Microscopic Nuclear Physics
Guy Savard: Physics for a Rare Isotope Accelerator
Xiangdong Ji: Probing the Nucleon Structure in High Energy Scattering
John Wilkerson: Neutrino Physics
Ubirajara van Kolck: Effective Field Theories and Nuclear Structure
Carleton DeTar: Lattice QCD: From the Basics to RHIC
Barbara Jacak: Exploring the Superdense Matter at RHIC
Thomas Schaefer: QCD and Matter Under Extreme Conditions
Donald Geesaman: Electromagnetic Probes of Nucleon and Nuclear Structure
John Harris: Relativistic Heavy Ion Physics
Morten Hjorth-Jensen: Nuclear Structure from Nuclei to Neutron Stars
Alfred Mueller: QCD in High Energy Nuclear Physics
Yong-Zhong Qian: Neutrinos and the Origin of the Elements: from the Big Bang to Supernovae
Michael Ramsey-Musolf: Weak Interactions in Atoms and Nuclei: The Standard Model and Beyond
A. Baha Balantekin:Solar and Atmospheric Neutrinos: Phenomenology and Experiment
Brad Filippone:Probing the Nucleon at CEBAF
Wick Haxton:Neutrino and Exotic Particle Properties and their Importance in Big Bang and Stellar Nucleosynthesis
Elizabeth Jenkins:Baryon Chiral Perturbation Theory
Steve Koonin:The Shell Model: From the Mean Field to Monte Carlo
Achim Richter:Elementary Excitation Modes of the Nucleus and Chaos in Nuclei and Billiards
Thomas Schäfer:RHIC and QCD at Finite Density and Temperature
George Fuller:Neutrinos and Nuclear Astrophysics
Gregers Hansen:Radioactive Beam Physics
Roy Holt:CEBAF Physics
Volker Koch:Chiral Symmetry
Scott Pratt:Phenomenology of Relativistic Heavy Ion Collisions
Donald Geesaman: Nucleon Structure
John Harris: Relativistic Heavy Ions
Bradley Meyer: Nuclear Astrophysics
Witek Nazarewicz: Nuclear Structure at High Spin
Witek Nazarewicz: Nuclear Physics with Radioactive Beams (Theory)
Bradley Sherril: Nuclear Physics with Radioactive Beams (Experiment)
David Warner: Nuclear Structure at Low Spin
Arthur Champagne: Nuclear Astrophysics
David Dean: The Shell Model
Robert Janssens: Spectroscopy of Deformed Nuclei
Ruprecht Machleidt: Nucleon-Nucleon Interaction
Berndt Müller: Relativistic Heavy Ion Physics
Gerry Brown: Neutron Stars and Kaon Condensation
Stuart Freedman: Parity Violation in Atoms and Nuclei (Experiment)
David Kaplan: Effective Field Theories
Boris Kayser: Tests of CP Nonconservation
Joe Ginocchio: Symmetries in Nuclear Structure Physics
Michael Musolf: Parity Violation in Atoms and Nuclei (Theory)
Ismael Zahed: Chiral Symmetry in Hadronic Physics
Jerzy Dudek: High Spin States and Superdeformed Nuclei
James Friar: Nuclear Few-Body Systems
Johanna Stachel: Relativistic Heavy Ion Collisions
Dirk Walecka: Electron Scattering
John Wilkerson: Weak Interactions in Nuclear Physics
Cheung Ji: Light Cone Quantum Field Theory (Guest lecture)
Roxanne Springer: Effective Theories of Hadronic Interactions (Guest lecture)
Tom Bowles: Neutrino Masses and Mixing
John Millener: Hypernuclear Physics
Bob McKeown: Spin Effects in Electromagnetic Interactions
Brian Serot: Relativistic Nuclear Many-Body Theory
Phil Siemens: Matter Above a Trillion Kelvin
Eric Adelberger: Low Energy Frontier & Nuclear Astrophysics
Barry Holstein: Weak Interactions in Nuclei
Franco Iachello: Topics in Nuclear Structure Physics
Joe Kapusta: Finite-Temperature Field Theory in Nuclear Physics
Bill Zajc: Phenomenology of Relativistic Heavy-Ion Collisions
Baha Balantekin: The Use of Symmetry Principles in Nuclear Physics
Stan Brodsky: Nuclear Quantum Chromodynamics
George Fuller: The Nuclear Physics of the Big Bang
Shoji Nagamiya: High Energy Heavy Ion Experiments
John Negele: The Structure of Hadrons
Gerry Brown: Meson Effective Masses and Heavy Ion Physics (Guest lecture)
Dirk Walecka: Quantum Field Theory of Hadrons
James Friar: Few-Body Nuclear Systems - Theory and Experiment
Steve Koonin: Nuclear Many-Body Theory
Teng-Lek Khoo: High-Spin Physics
Eric Adelberger: Fundamental Measurements in Nuclei
Jerry Cooperstein: Nuclear Astrophysics of Supernovae
Bill Donnelly: Electroweak Interactions of Nuclei at Multi-GeV Energies
Jochen Heisenberg: Measurements of Nuclei with Multi-GeV Electrons
Bill Lynch:Current Experiments of Fragmentation of Nuclei in Fermi-Velocity Collisions
Miklos Gyulassy: Ultrarelativistic Nuclear Collisions and Phase Transitions of Matter Above 1012 K