Room Assignment | Last Name | First Name | Company Name | Poster Title |
Poster Session I: Monday, February 7, 2022 (2:00 - 3:15 PM) | ||||
1 | Adrian | Patrick | Massachusetts Institute of Technology | Utilizing directional secondary DT-neutrons for inferring hot-spot asymmetries |
2 | Glenn | Griffin | SLAC | Assessing data-reduced vs. scientific parameters for online optimization of laser-driven ion acceleration |
3 | Han | Sirus | Princeton University | TBD - TARDIS |
4 | Johnson | Timothy | Massachusetts Institute of Technology | Compact step-range filters for charged particle spectroscopy on the NIF |
5 | Kabadi | Neel | Massachusetts Institute of Technology | Using the PTOF and WRF diagnostics to measure the D3He s-factor in ICF implosions |
6 | Kelso | Kwyntero | University of Michigan | Photoionization Front Experiments of the OMEGA Laser Facility Download: Audio N/A| Poster |
7 | Kerr | Shaun | LLNL | Update on NIF neutron-time-of-flight (nToF) capabilities |
8 | Kunimune | Justin | Massachusetts Institute of Technology | The Magnetic Recoil Spectrometer for time-resolved measurements of the neutron spectrum from ICF implosions at the NIF |
9 | Michta | David | University of Rochester | Simulating Warm Dense Plasmas with a Hybrid Molecular Dynamics - Quantum Hydrodynamics Approach Download: N/A |
10 | Nguyen Cong | Kien | University of South Florida | Carbon at Extreme Conditions |
11 | Reichelt | Benjamin | Massachusetts Institute of Technology | Particle Time of Flight (PToF): A detector for multiple nuclear bang time measurements |
12 | Righi | Gaia | UC San Diego | Computational design of high-pressure iron Rayleigh-Taylor strength experiments for the National Ignition Facility |
13 | Rowland | Jeffrey | University of Nevada, Reno | Time-Dependent Modeling of Laboratory Photoionized Plasmas |
14 | Roycroft | Rebecca | LANL | Design of NIF-scale double cylinder targets for study of Rayleigh-Taylor instability growth on a classically unstable interface |
15 | Schaeffer | Derek | Princeton University | Large-Scale, Low Dissipation Magnetic Reconnection on the NIF |
16 | Sun | Ke-Xun (Kevin) | University of Nevada, Las Vegas | Enhanced Ultraviolet and Suppressed Blue and Yellow Photoluminescence from Neutron IrradiatedGaN Crystals as Scintillator for Radiation Detection Download: Audio N/A | Poster |
17 | Sutcliffe | Graeme | Massachusetts Institute of Technology | The DT3He tri-particle backlighter and stopping power platform for high-energy-density plasmas |
18 | Willman | Jonathan | University of South Florida | Inelastic Shock Response of Diamond |
19 | Malko | Sophia | PPPL | Experimental study of the dynamics of expanding magnetized HED plasmas Download: Audio N/A | Poster |
20 | Vlachos | Christos | University of Bordeaux, France | Characterizing strongly magnetized hot dense plasmas in cylindrical implosion experiments |
Poster Session II: Tuesday, February 8, 2022 (1:30 - 2:45 PM) | ||||
1 | Allen | Cameron | University of Nevada, Reno | Transport Property Experiments at OMEGA and NIF |
2 | Angulo | Adrianna | University of Michigan | Vorticity induced mixing in the Rayleigh-Taylor Instability Download: N/A |
3 | Armstrong | Abigail | University of Rochester | Implementation and Verification of Braginskii Viscosity in the FLASH Code |
4 | Czapla | Nicholas | The Ohio State University | Relativistic Apodization Through Ultrathin Liquid Crystal Films Using Gaussian and Laguerre-Gaussian Light |
5 | Dearling | Adam | University of York | Non-local Transport in the Strongly Magnetised Regime |
6 | Farmakis | Periklis-Silouanos | University of Rochester | Expanding the Tabulated Equation of State Implementations in the FLASH Code for the SESAME Database |
7 | Gammel | William | LANL | Constructing Explicit Decision Boundaries for the Optimization and Design of Cylindrical Implosion Experiments |
8 | LeFevre | Heath | University of Michigan | Quantitative measurements of radiative shock properties on the National Ignition Facility |
9 | Lehnin | Kirill | Princeton University | On the effects of multi-pump Raman amplification of short laser pulses |
10 | Lu | Yingchao | University of Rochester | Numerical Modeling of Laser-Driven Plasma Experiments Aiming to Study Turbulent Dynamo and Thermal Conduction at the National Ignition Facility |
11 | Mittelberger | Daniel | LLNL | Dynamic Wavelength Encoding with STILETTO |
12 | Moczulski | Kasper | University of Rochester | Implementation and Verification of LC Circuit for Z-pinch FLASH Simulations |
13 | Oropeza | Ricky | The Ohio State University | 3D Particle-In-Cell Simulations of Double Pulse Enhanced Target Normal Sheath Acceleration Download: N/A |
14 | Pagano | Isabella | The University of Texas at Austin | Source size analysis of Self Modulated LWFA generated X-rays at the Jupiter Laser Facility |
15 | Paul | Michael | The Hebrew University of Jerusalem | A noble-gas accelerator mass spectrometry platform at NIF for nuclear astrophysics: status report |
16 | Pearcy | Jacob | Massachusetts Institute of Technology | ARES Simulations of Inverted Corona Experiments at the OMEGA Laser Facility |
17 | Sauppe | Joshua | LANL | Understanding Drive Asymmetry in Cylindrical Implosion Experiments Using the FLASH Code |
18 | Schenkel | Thomas | LBL | Color center formation far from equilibrium with intense ion pulses from laser plasma acceleration Download: Audio | Poster |
19 | Sinclair | Mitchell | UCLA | X-ray source development for High Energy Density Science on a Self Modulated Laser Wakefield Accelerator platform |
20 | Zeraouli | Ghassan | Colorado State University | Ultra-Compact X-ray Spectrometer (UCXS) for high repetition rate laser plasma experiments Download: Audio N/A | Poster |