Meeting Presentations

Year: 2021 2020 2019 2018 2017 2016 2015 2014 2013 2012 2011 2008

Meeting: -- Select -- APS March Meeting 2018 APS April Meeting 2018 60th Annual Meeting of the APS Division of Plasma Physics Bridge Program and National Mentoring Community Conference

Sponsoring Unit: -- Select -- All APS CSWP DAP DCOMP DGRAV DNP DPB DPF FECS FED FHP FIP FOEP FPS GFB GHP GPER GPMFC SPS

Session Group: -- Select -- All A B C D F G H J K Q R S T U W X Y

Session: -- Select -- All A01. Kavli Foundation Keynote Plenary Session: A Feynman Century B02. New Results and Challenges in WIMP Direct Detection B05. From Neutron Skins to Neutron Stars B06. Opportunities in Global Nuclear Science Industries B07. Time Domain Astrophysics B08. Machine Learning, and Other Advanced Computational Techniques B09. Supersymmetry Searches and Models B10. Undergraduate Research I B11. Heavy Flavor and Heavy Hadron Physics B12. Hadronic Physics I B13. Alternative Theories of Gravity B14. Computational Physics B15. Physics of the Cosmos Minisymposium B16. Gravitational Waves: Data Analysis Techniques and Parameter Estimation - I B17. Galactic Sources and Cosmic-ray Accelerators C02. Accelerators for Nuclear Physics Research: Status and Plans C03. Hidden Sector Searches at the Sensitivity Frontier C04. Recent LIGO/Virgo Results C05. From QCD to the Deuteron C06. Nuclear Weapons and Ballistic Missile Defense C07. Tracing Chemical Evolution C08. Neutrino Physics: Results and New Initiatives I C09. Beyond Standard Model Physics I C10. Undergraduate Research II C11. Nuclear Theory I C12. Ultrarelativistic Heavy Ions C13. Analytical Calculations and Approximations in General Relativity C14. Gravitational Wave SIG Minisymposium C15. Missions and Instruments C16. Compact Object Structure and Magnetic Fields C17. Physics Education and Outreach D02. New Approaches to Direct Dark Matter Searches D04. Third Generation Gravitational Wave Detectors D05. Deep Learning and Quantum Computation in Nuclear Physics D07. High Energy Particle Astrophysics D08. Neutrino Physics: Results and New Initiatives II D09. Beyond Standard Model Physics II D10. Undergraduate Research III D11. Nuclear Reactions & Nuclear Structure D12. Hadronic Physics II D13. Quantum Aspects of Gravitation - I D14. Numerical Relativity: Black Hole Binaries D15. Indirect Dark Matter Searches D16. Optical Counterparts to Gravitational-Wave Events D17. Precision Measurements of Magnetic Moments and Electric Dipole Moments F15. Public Lecture: Exploring the Universe with Gravitational Waves G02. Sakurai and Panofsky Prize G03. Excellence in Physics Education Award G05. High Baryon Density Physics in Nuclei and the Cosmos G07. Fireball Emission from Binary Neutron Star Mergers G08. Neutrino Experiments: Backgrounds, Calibration, and Instrumentation G09. Dark Matter Theories, Models, and Phenomenology G10. Historical Trends Across the Disciplines G11. Mini-Symposium on FRIB and ReA Instrumentation I G12. Hadrons and Light Ions; Bayesian Methods G13. Gravitational Waves: Source Modeling - I G14. Gravitational Waves: Data Analysis Techniques and Parameter Estimation - I... G15. Medium Energy Cosmic Rays G16. Neutrinoless Double Beta Decay and Neutrino Mass G17. NICER: First Results H02. Celebration of the 40th Anniversary of the Time Projection Chamber H04. Tests of General Relativity H05. Snapshots of the Dynamics of the Nucleon H06. Many Body Quantum Computations in Nuclear Physics H07. Crisis in Cosmology H08. Neutrino Beams I H09. Dark Matter Searches, Dark Forces, and Bosonic Mediators H10. Current Research in Physics Education H11. Mini-Symposium on FRIB and ReA Instrumentation II H12. Computational Issues and Few-Nucleon Systems H13. Quantum Aspects of Gravitation - II H14. Gravitational Waves: Searches and Detected Signals H15. Ultra High Energy Cosmic Rays H16. Future Science and Prospects in MeV Gamma-ray Astrophysics H17. Electromagnetic Follow-Up of Gravitational-Wave Observations J02. Accelerators for Energy Frontier Research: Status and Plans J03. History of Numerical Relativity J04. Quantum Aspects of Gravitation J05. Baryon and Lepton Number Violation J06. Low-Energy Precision Tests of the Standard Model J07. R-Process Nucleosynthesis J08. Neutrino Beams II J09. Liquid Xenon Dark Matter Experiments J10. Minisymposium: Low Radioactivity Background Techniques in Underground Expe... J11. Electromagnetic Production of Hadronic Resonances J12. Hadronic Physics III J13. Numerical Relativity: Neutron Stars and Other Sources with Matter J15. Large Scale Structure - Dark Energy Survey J17. Innovative Ideas for Engaging the Public K02. Understanding the Neutrino Sector K03. The Cutting Edge of Physics Education Research K04. Binary Merger Simulations K05. R-Process and Shell Evolution Near Doubly-Magic 78Ni K06. Creating an Inclusive Physics Community for the Next Century K07. PRIZE TALKS Big Bang Nucleosynthesis, Dark Matter, and Astronomical Random... K08. Neutrino Cross Sections K09. The Future of Direct Dark Matter Detection K10. Minisymposium on Probing High Baryon Density Physics I K11. Hadronic Physics IV K12. Instrumentation K13. Modified Gravity, Observables and Foundations K14. Precision Measurements and Tests of Fundamental Physics K15. Large Scale Structure - Theory K16. Supernovae K17. Modeling Populations of Compact Gravitational-Wave Sources Q01. From Nuclear Security to Neutron-star Mergers R02. Frontier Physics Enabled by New Facilities R04. Gravitational Wave Sources: Compact Binary Formation Scenarios R05. The Bold New Era of Big Data & Machine Learning R06. The Structure of the Pion and Kaon as a Theatre of QCD R07. Physicists and Human Rights R08. Higgs Physics R09. Visible Dark Photon Searches R10. Minisymposium on Probing High Baryon Density Physics II R11. Nuclear Theory II R12. Electroweak Interactions R13. Mathematical Aspects of General Relativity R14. Mergers, Collapse and Black Hole Dynamics R15. Cosmological Parameters and Halo Structure R17. Detection and Origin of Astrophysical Neutrinos S02. Exotic Hadrons from the LHC and B-Factories S03. Effective Practices for Program Review and Improvement: APS Task Force Pre... S04. Developments in Gravitational Theory S05. The Axial Structure of the Nucleon and Its Implications S06. The Legacy of Richard Feynman S07. Theory of Electromagnetic Counterparts to Gravitational Wave Events S08. Detector R&D and Performance I S09. Sub-GeV Dark Matter S10. Minisymposium: Low Radioactivity Background Techniques in Underground Expe... S11. Nuclear Astrophysics S12. Mini-Symposium on Initial State and Early-time Dynamics of Heavy Ion Colli... S13. Gravitational Waves: Source Modeling - II S14. Gravitational Waves: Detectors and Instrumentation S15. Early Universe S16. Active Galaxies S17. Neutrinos, Gamma Rays, and Cosmic Rays, oh my! T01. Poster Session III (14:00-17:00) U02. Gravitational Waves and Dark Matter Searches U03. Physics Experiments in Antarctica, What They Tell Us About the South Pole ... U05. DNP Prize Session U08. Detector R&D and performance II U09. QCD and Hadrons U10. Technology and curriculum developments in Physics Education U11. Nuclear Theory III U12. Minisymposium on Initial State and Early Time Dynamics of Heavy Ion Collis... U13. Gravitational Waves: Source Modeling - III U14. Tests of General Relativity and Gravitation U15. Cosmic Microwave Background and More U16. Minisymposium: Low Radioactivity Background Techniques in Underground Expe... U17. Ultra High-energy Neutrinos W01. Tuesday Plenary: Nobel Prize and APS Medal Winners X02. The Energy Frontier: Results from LHC X04. Unveiling Massive Black Holes X06. Progress and Challenges for Women Physicists in Africa, Asia, and the Midd... X07. Mapping the Local Universe X08. Top Physics, and Lepton Interactions X09. Axions I X10. Neutrino and Nuclear Decay Rates X11. Computational Methods for Particle and Nuclear Physics X13. New Perspectives in Gravitational Physics - I X14. Gravitation and Astrophysics X15. Numerical Relativity: Algorithms and Code Development X16. Cosmic Ray SIG Minisymposium Y02. The High Luminosity LHC Upgrade and New Physics Windows Y04. Low-Frequency Gravitational Wave Astronomy Y05. Weakly-Bound Systems Y06. The Chapel Hill Conference and its Role in the Renaissance of General Rela... Y07. Lensing Probes of Dark Matter Y08. Electroweak Physics, and Lepton Non-Universality Y09. Axions II Y11. Computational Physics and the Cosmos Y13. New Perspectives in Gravitational Physics - II Y14. Particle Accelerators and Applied Plasma Physics Y15. Gamma Ray SIG Minisymposium