Name: 2023 LaserNetUS Users' Meeting
Start: 2023-06-27 07:00
End: 2023-06-29 19:00
Location: The Hotel at The University of Maryland

Poster Session

View All Abstracts

No.	Presenting Author	Affiliation	Abstract Title
1	Shubho Mohajan	University of Alberta	Simultaneous measurement of Cu K shell and L shell emissions to investigate the role of hot electrons in laser-produced plasma heating
2	Heath LeFevre	University of Michigan	Omega-EP experiments to study vortex ring formation from shock accelerated interfaces
3	Christopher Schoenwaelder	Friedrich-Alexander University Erlangen Nuremberg	Time-resolved X-ray imaging of Weibel-like instabilities in high-intensity laser solid interactions
4	Isabella Pagano	University of Texas at Austin/LLNL	High Resolution Radiography from Laser Plasma Acceleration generated X-ray sources
5	Joseph Strehlow	Los Alamos National Laboratory	MeV x-rays from Petawatt laser interaction with flat, foam, and nanostructured targets
6	Vigneshvar Senthilkumaran	University of Alberta	High-throughput, high-resolution betatron X-ray tomographic imaging of additively manufactured alloys
7	John Seely	National Institute of Standards and Technology	X-ray Spectrometer Calibrations using a Portable 120 kV Source
8	Yi Wu	University of Central Florida	Development of Two Mid-Infrared Sources for Attosecond X-Ray Generation and Beyond
9	Nicholas Beier	University of Alberta	Machine-learning based X-ray spectrometer for High Repetition Rate Analysis of Betatron Radiation
10	Pia Valdivia	University of California San Diego	Talbot-Lau X-Ray Deflectometry Development through Electron Density mapping of Irradiated Foils: LNUS Cycle 1 and beyond
11	Paul Campbell	University of Michigan	Electron probing of electromagnetic fields generated by intense laser pulses interacting with a liquid jet target
12	William Angermeier	University of Nevada, Reno	High Repetition Rate X-ray Fresnel Diffraction Radiography at the Extreme Light Laboratory
13	Shawn McPoyle	Princeton Plasma Physics Laboratory	Optimizing Bandwidth and Flux on an X-ray Streak camera for Laser-Produced Plasma Spectroscopy
14	Ester Kriz	McGill University	Statistical Modeling of High Energy Density Plasmas through High Resolution X-Ray Spectroscopy
15	Maxwell Weiss	Colorado State University	Amorphous oxides for coatings of 3w laser drivers
16	Manh Le	University of Maryland	Spatiotemporal optical vortices (STOVs) and relativistic optical guiding
17	Ethan Welch	University of Nebraska - Lincoln	STUD pulse control of Laser Plasma Instabilities in the case of Resonance Absorption (RA) at n¬c and Stimulated Raman Scattering SRS/2ωp at n¬c/4.
18	Simon Vallières	Institut national de la recherche scientifique (INRS)	Achieving Record Intensities: Tight-Focusing Schemes for Petawatt Lasers
19	Eli Feinberg	University of Michigan	Laser impulse transmission through roughened material interfaces
20	Smrithan Ravichandran	University of Maryland, College Park	Direct Characterization of the Focal Spot of Petawatt-Class Lasers
21	Tanner Nutting	University of Michigan	Active control of beam pointing in the zettawatt-equivalent ultrashort pulse laser system with 16-inch mirrors
22	Stefan Waczynski	University of Maryland, College Park	High efficiency plasma diffraction gratings generated in cluster jets
23	Justin Twardowski	The Ohio State University	Single shot temporal dynamics of single-crystal CaF2 using a spectrally and temporally split probe
24	Emma DeAngelis	The Ohio State University	Ultrafast laser-induced damage on AR and HR coatings for high intensity laser applications
25	Janis DeWitt	Safran Navigation & Timing (Orolia)	Pico Second Timing for High Energy Facilities
26	Junzhi Wang	University of Nebraska-Lincoln	Progress of Probing Strong-Field Laser Electron Interaction at FACET-II
27	Jon Murphy	University of Michigan	Filamentation compression of CPA laser pulses and beam applications
28	Troie Journigan	University of Central Florida Physics Department	High Harmonic Generation from Epitaxial Zinc Oxide Films
29	Ze'ev Shpilman	Colorado State University	Spiral-Phase Plasma Mirrors Twisted Petawatt Beams for Laser Driven Ion Acceleration
30	Jason Cardarelli	University of Michigan	Identification of transverse modes of relativistic current filaments using image segmentation models
31	Christopher Gardner	University of California, Irvine	Self-Compression of Multi-Millijoule Short Pulse Lasers in Plasma
32	Jihoon Kim	Cornell University	Planned investigation of Polarization and Phase-dependent phenomena in Laser-Wakefield Accelerators at ALLS
33	Alec Griffith	Princeton University	Six Photon Mildly Relativistic Up-Conversion
34	Kenan Qu	Princeton University	QED plasma induced laser frequency upshift and energy dissipation
35	Jeffrey Powell	Institut national de la recherche scientifique (INRS)	Generating MeV Electrons with mJ-class Lasers
36	German Tiscareno	The Ohio State University	Laser-driven neutron source using ultrathin liquid crystal films at Scarlet
37	Thanh Ha	University of Texas at Austin	Acceleration of a 340 pC electron bunch to 10GeV in a 10 cm nanoparticle-assisted wakefield accelerator
38	Willie Lo	University of Texas at Austin	Creating and Characterizing >8 MeV Gamma-Rays at the Texas Petawatt Laser
39	Enam Chowdhury	The Ohio State University	Relativistic Laser Plasma Interaction with liquid targets
40	Brandon Cage	Rice University	Geant4 Simulation of Petawatt Laser Irradiation of Thick, Solid Platinum Targets to Produce High Energy Gamma Rays and Large Neutron Flux
41	Patrizio Antici	Institut national de la recherche scientifique (INRS)	Clusterized surface transformation under intense heating generated by laser-accelerated proton irradiation
42	Mark Pickrell	Albireo Scientific Corporation	Proposed Experiment for Quantification of Paired Particles Generated by Terawatt Laser Striking Various High-Z Targets
43	Chun-Shang Wong	Los Alamos National Laboratory	Laser-driven, multi-probe radiography at Los Alamos National Laboratory
44	Anthony Zingalea	Los Alamos National Laboratory	Detecting Radioactive Material via Laser Driven Electron Avalanche in Air
45	Elias Catrix	Institut national de la recherche scientifique	Towards versatility and automation of laser-driven particle beamlines: Improvement of a secondary source using Artificial Intelligence based on Bayesian optimization.
46	Armando Zuffi	Instituto de Pesquisas Energéticas e Nucleares	Production and characterization of gas targets for laser wakefield acceleration with near-TW laser systems
47	Lucas Railing	University of Maryland, College Park	Platform for high intensity, near critical density plasma physics at 1 kHz
48	Ela Rockafellow	University of Maryland, College Park	Particle-in-cell simulations modeling multi-GeV quasi-monoenergetic electron beams
49	Matthew Selwood	Lawrence Livermore National Lab.	Controlling neutron source size with hemispherical pitcher targets for radiography
50	Nicholas Ernst	Univeristy of Michigan - Ann Arbor	High power laser propagation and neutron generation in dense plasmas at the Texas Petawatt
51	Krish Bhutwala	University of California San Diego	Measurement and control of tailored proton bunch using Particle Induced X-ray Emission
52	Ishay Pomerantz	Tel-Aviv University	Undepleted Direct Laser Acceleration
53	Brendan Stassel	University of Michigan	Simulation and Experimental Measurements of Relativistic Transparency in Plasmas with Ultrafast High Intensity Laser Pulses
54	Kelly Swanson	Lawrence Livermore National Laboratory	Bayesian Optimization of Target Normal Sheath Acceleration
55	Blagoje Djordjevic	Lawrence Livermore National Laboratory	Modeling the effect of spectral phase shaping on laser-driven ion acceleration on ensemble scales
56	Chris Orban	Ohio State University	Applying Machine Learning Methods to Laser Acceleration of Protons: Lessons Learned from Synthetic Data
57	Franziska Treffert	Lawrence Livermore National Laboratory	Ambient-temperature liquid jet targets for in-situ monitoring and tuning of laser-driven ion beam parameters
58	Maxence Gauthier	SLAC National Accelerator Laboratory	Pure Ion beam Acceleration from Cryogenic Jet using a High-Energy Petawatt Laser Beam
59	William Fox	Princeton Plasma Physics Laboratory	Proton stopping power measurements in warm dense matter
60	David Hanggi	The Ohio State University	Direct Characterization of Relativistic Transparency with Experiment and Simulation Efforts
61	Kirill Lezhnin	Princeton Plasma Physics Laboratory	Numerical modeling of proton focusing for fast ignition
62	Willow Martin	Stanford University	Distinguishing Ion Acceleration Regimes with Sparse Regression
63	Kwyntero Kelso	University of Michigan	Photoionization Front Experiments at the OMEGA Laser Facility
64	Simon Bolaños	University of California, San Diego	Laboratory study of the initial stages of quasi-parallel collisionless shocks at high Alfvén Mach number
65	Jesse Griff-McMahon	Princeton University	Absolute Measurement of Biermann-Battery Magnetic Fields Using Proton Radiography With in situ X-ray Fiducials
66	Michael Wadas	University of Maryland, College Park	Vortex ring ejection from shocked interfaces on OMEGA EP
67	Vicente Valenzuela-Villaseca	Princeton University	Characterization of laser-driven, magnetized, quasi-perpendicular collisionless shocks
68	Matthew VanDusen-Gross	University of Rochester	Magnetic Filament Radiation Using Concentrator Targets on OMEGA EP
69	Matthew Trantham	University of Michigan	Flash Simulations of a Radiative Shock Experiment using the ZEUS laser
70	Jerry Clark	Florida A&M University/LLNL	Investigation of electron-ion equilibration using time-dependent Stark broadening
71	Edna Rebeca	Stanford University/SLAC	Conductivity Measurements of Warm Dense Matter using Terahertz Radiation
72	Joe Vargas	State University of New York at Fredonia	Characterizing Warm Dense Matter Using Streaked Optical Pyrometry
73	Nick Hartley	SLAC National Accelerator Laboratory	Evidence for Metallic Hydrogen in Shock-Compressed Hydrocarbons
74	Aarne Lees	Laboratory for Laser Energetics, University of Rochester	Measurements of rarefaction wave dynamics from shock release relevant to inertial confinement fusion
75	Alex Meadows	Colorado State University	Few-Cycle, Ultra-Intense Solid Target Beamline
76	Sally June Tracy	Carnegie Science	High Energy Density Physics of Novel Inertial Fusion Energy Ablator Materials
77	Alejandro Jara	General Atomics	Nanowire Target Fabrication for High Repetition Rate Facilities
78	Siegfried Glenzer	SLAC National Accelerator Laboratory	Recent success stories with PISALE -- A student friendly multiphysics modeling tool
79	Joshua Bocanegra	University of California, Irvine	Nanomachining of Semiconductor Microresonators using Femtosecond Laser Pulses at ALLS
80	Wei Liu	Lawrence Berkeley National Laboratory	Laser-ion-doping and qubit synthesis in semiconductors
81	Sallee Klein	University of Michigan	High-energy-density Targets Fabricated by The University of Michigan
82	Nathaniel Tamminga	Ohio State University	High Rep-Rate Data Acquisition for the Extreme Light Laser
83	Jhonatha dos Santos	Instituto de Pesquisas Energéticas e Nucleares	Implementation of a software to retrieve plasma and gaseous target profiles for laser wakefield acceleration studies
84	Manny Mathuthu	North-West University	Application of LIBS to study the elemental composition between organic and genetically modified plants
85	Lieselotte Obst-Huebl	Lawrence Berkeley National Laboratory	BELLA iP2: The Short Focal Length Beamline for High Energy Density Research at High Repetition Rates at the BELLA PW
86	Qiang Chen	Lawrence Berkeley National Laboratory	Compact hundred Terawatt dual beam laser system at the BELLA Center for user experiments including Thomson & betatron photon sources
87	Donald Umstadter	University of Nebraska - Lincoln	Capabilities of the Extreme Light Laboratory
88	Sandra Bruce	The University of Texas at Austin	LaserNetUS Operations at the Texas Petawatt Lab
89	Gilliss Dyer	SLAC National Accelerator Laboratory	The Matter in Extreme Conditions Instrument at LCLS
90	Reed Hollinger	Colorado State University	ALEPH Laser Facility current capabilities
91	Stéphane Payeur	Institut national de la recherche scientifique (INRS)	ALLS – The national high-power laser user facility.
92	Guillaume Beaugrand	Imagine Optic SA	Towards complete control of adaptive optics correction of high repetition rate lasers at full energy regime
93	Gilbert Collins	General Atomics/ORAU	Commissioning GALADRIEL, the General Atomics LAboratory for Developing Rep-rated Instrumentation and Experiments with Lasers
94	Stan Guthrie	Amplitude Laser	Kilojoule-class Laser at 0.1 Hertz for Shock Applications, OPCPA pumping, and Ti:Sapph pumping
95	Igor Golovkin	Prism Computational Sciences, Inc.	Modelling Tools for Radiative Properties and Synthetic Diagnostics in High Energy Density Plasma Experiments
96	Kathryn Wolfinger	RadiaSoft LLC	Experimental verification of simulated electromagnetic pulse propagation through high-power solid state laser amplifiers