Poster Session

Tuesday, May 19

2:30pm to 5:30pm EDT

E. Paulo Alves (University of California - Los Angeles): Reconstructing the dynamics of Alfven waves from partial measurements using physics-informed machine learning

Rebecca Anthony (Michigan State University): Magnetic field - enhanced RF LTPs for carbon nanoparticle growth

Scott Baalrud (University of Michigan - Ann Arbor): Physics of Strongly Magnetized Plasmas

Dinshaw Balsara (University of Notre Dame): Two-Dimensional Kelvin-Helmholtz Instability with Anisotropic Pressure

Sergey Baryshev (Michigan State University): Gas phase effects in diamond growing plasma

Paul Bellan (California Institute of Technology): Whistler Wave Ducting: the Hare and the Tortoise revisited

Stanislav Boldyrev (University of Wisconsin - Madison): TBD

Michael Brown (Swarthmore College): Laboratory Astrophysics at an Undergraduate Institution

Peter Bruggeman (University of Minnesota - Twin Cities): Plasma-liquid interactions

Justin Burton (Emory University): Emergent activity in 3D dusty plasmas

Maria Carreon (University of Arkansas): Non Thermal Plasma Catalysis for Chemical Decentralized Production

Saikat Chakraborty Thakur (Auburn University): Collaborative research in the Magnetized Plasma Research Laboratory: levitated particles to laser ablated plasmas

Haihong Che (University of Alabama in Huntsville): Plasma Compressibility and the Generation of Electrostatic Electron Kelvin–Helmholtz Instability

Yang Chen (University of Michigan - Ann Arbor): Solar Eruption Forecasting Website Development

Arthur Dogariu (Texas A&M University): Time-Resolved Imaging for Detecting Reactive Species at the Plasma-Liquid Interface

Matthew Edwards (Stanford University): Miniaturization of Ultra-Intense Lasers with Plasma Optics

Tanvir Farouk (University of South Carolina at Columbia): Piezoelectric Transformers as a Plasma Source: Dynamic Polarity-Dependent Mechanism of Surface-guided Helium Discharges

John Foster (University of Michigan - Ann Arbor): Imaging Surface Perturbations and Capillary Wave Production Below as DC Glow with Liquid Anode

Siegfried Glenzer (Stanford University): Observation of Enhanced Ion Acceleration beyond TNSA

Christopher Hansen (Columbia University): Identifying and Bridging the Workforce Gap for the Emergent Fusion Energy Industry

Kentaro Hara (Stanford University): Development of high-order moment models for partially ionized plasmas

Jack Hare (Cornell University): Recent results from the PUFFIN Group at Cornell

Elizabeth Hill (University of Rochester): NSF OPAL: A design project to explore physics under extreme conditions

Gregory Howes (University of Iowa): Plasma Seismology: Predicting Spatial Electromagnetic Field Profiles from Single-Point Velocity Distribution Measurements

Anton Kananovich (Appalachian State University): Building a Dusty Plasma Research Program at Appalachian State University

Alan Kaptanoglu (New York University): Machine-learning closures trained in-the-loop with differentiable solvers

Sean Knecht (Pennsylvania State University): Cold Plasma Research at Penn State

Viatcheslav Kokoouline (University of Central Florida): Dissociative and excitation processes in electon-molecule collisions

Evdokiya Kostadinova (Auburn University): Effect of Correlations on Closures in Kinetic Plasma Models

Karl Krushelnick (University of Michigan - Ann Arbor): Recent results from the ZEUS laser facility at Michigan

Matthew Kunz (Princeton University): The role of helicity and flux fluctuations in the decay of magnetically dominated turbulence

Mark Kushner (University of Michigan - Ann Arbor): Plasma Physics and Semiconductor Fabrication

Heath LeFevre (University of Michigan - Ann Arbor): Radiative heat front experiments in free-standing argon gas at the Omega-60 laser

Michael Litos (University of Colorado at Boulder): Plasma-Powered Light Sources and the Ion Channel Laser

Ryan McBride (University of Michigan - Ann Arbor): Dynamic Screw Pinch Studies on the MAIZE Pulsed Power Facility at the University of Michigan

Chris McDevitt (University of Florida): Physics-Constrained Deep Learning of the Plasma Sheath

Selma Mededovic (Clarkson University): Electrical Discharge Plasma Approach for Complete PFAS Mineralization in Complex Aqueous Systems

Mikhail Medvedev (University of Kansas): Relativistic plasma in a NS magnetosphere under radiative cooling

Julia Mikhailova (Princeton University): Ultrafast strong-field laser-plasma physics for attosecond UV / EUV sources

Saskia Mordijck (William & Mary): Fundamental Plasma Physics research at W&M

Chung-Sang Ng (University of Alaska Fairbanks): 3D PIC Simulations of 2D Bernstein–Greene–Kruskal Modes

Christopher Orban (Ohio State University): Are Two Lasers Better than One? Double Pulse Enhanced TNSA at Titan

Elizabeth Paul (Columbia University): Overview of wave-particle interactions in 3D magnetic fields collaboration

Jiong Qiu (Montana State University): What happens before, during, and after, magnetic reconnection in a solar flare?

Georg Raithel (University of Michigan - Ann Arbor): Electric-field measurement in low-pressure plasma using Rydberg-EIT

Jun Ren (Delaware State University): Two-orders Amplification of an Ultrashort Pulse in Plasma through Stimulated Raman Backscattering

Dmitri Romanov (Temple University): Controllable Spectral Blueshifts of Intense Femtosecond Laser Pulses upon Reflection from Metal Surfaces

James Rossmanith (Iowa State University): TBD

Brandon Russell (Princeton University): Measuring strong magnetic fields in petawatt laser-solid interactions

Alla Safronova (University of Nevada, Reno): Searching for Exotic Ions in Pulsed Power Plasmas

Noppadon Sathitsuksanoh (University of Louisville): Empowering Undergraduates through Use-Inspired Research

Derek Schaeffer (University of California - Los Angeles): Direct Measurements of Electron Heating from Electron-only Magnetic Reconnection in Laboratory Mini-Magnetospheres

David Schaffner (Bryn Mawr College): Magnetized Plasma Flows and Interactions in the Bryn Mawr Experiment (BMX)

Earl Scime (West Virginia University): Wave-particle correlations during reconnection in PHASMA

Abbas Semnani (University of Toledo): Electromagnetic–Plasma Interactions for High-Power Microwaves and Energy-Efficient Plasma Sources

Alexey Shashurin (Purdue University): Constructive Coherent Microwave Scattering: From Femtosecond Photoionization to Advanced Diagnostics of Electric Propulsion and Hypersonic Flows

Bonggu Shim (Binghamton University): AI-Assisted Limited-Angle Tomographic Reconstruction of Femtosecond Laser–Fabricated Waveguides

Anatoly Spitkovsky (Princeton University): Multiscale simulations of particle acceleration in shock waves

Edward Thomas (Auburn University): Collaborative research on magnetized plasmas and dusty plasmas through the Strategic Plasma Innovation Network (SPI-NET)

Weichao Tu (University of Michigan - Ann Arbor): Interaction of energetic electrons with ULF waves in Earth's inner magnetosphere

Petros Tzeferacos (University of Rochester): FLASH: An open code for Plasma Physics and Astrophysics

Thomas Underwood (University of Texas at Austin): Synergistic Design Principles in Plasma-Catalysis

Angela Violi (University of Michigan - Ann Arbor): Nonthermal Plasma Science for Si Nanoparticle Growth: Machine Learning Models

Chuji Wang (Mississippi State University): Optical Trapping of Single Dust Particles in Plasma for Diagnostics

Louise Willingale (University of Michigan - Ann Arbor): The NSF ZEUS User Facility

Sarah Wu (University of Idaho): Non-thermal Treatment of Unused AFFF Concentrate by Liquid-phase Plasma Discharge Process

Kunning (Gabe) Xu (University of Alabama in Huntsville): Experimental plasma research across the scales

Peng Zhang (University of Michigan - Ann Arbor): Ultrafast Plasma breakdown via PASCHEN-1D

Lingling Zhao (University of Alabama in Huntsville): The generation of electromagnetic plasma waves near shocks

Vladimir Zhdankin (University of Wisconsin - Madison): Nonequilibrium Statistical Mechanics of Shock-mediated Kinetic Turbulence

Muni Zhou (Dartmouth College): Inverse cascade in kinetic turbulence via electron-only reconnection