| Author Last Name | Institution | Paper Title |
| Albright, Brian | Los Alamos National Laboratory | Fast ignition inertial fusion energy using laser-driven ion beams |
| Alexander, Neil B. | General Atomics | Target injection, and engagement for inertial fusion energy |
| Alexander, Neil B. | General Atomics | Target mass production for inertial fusion energy |
| Anderson, Kenneth | University of Rochester | Shock Ignition: High Gain Target Performance for Inertial Fusion Energy |
| Andruczyk, Daniel | Department of Nuclear, Plasma and Radiological Engineering | The need and development of liquid metal plasma facing components and blanket using TEMHD for an IFE device |
| Bangerter, R.O. | Lawrence Berkeley National Laboratory | Systems Studies, Accelerator Design, Target Design and Enabling Technologies for Heavy Ion Fusion |
| Bodner, Stephen E. | Retired. Head of NRL laser fusion program from 1975 to 1999. | An Evaluation of Laser Fusion Energy Concepts |
| Boehm, Kurt | General Atomics | Target Layering for Inertial Fusion Energy |
| Bott-Suzuki, Simon | University of California San Diego | Inertial Fusion Energy Technology: Repetitive Driver-Target Coupling in Hostile: Fusion Chamber Environments |
| Burke, Bob | | Whitepaper: Overview of IFE Workshop Submissions for Heavy Ion Fusion |
| Callahan, Debbie | Lawrence Livermore National Lab | Integrated Design of Robust System for Inertial Fusion Energy |
| Camejo, Cesar D. | Los Alamos National Laboratory | Demonstrating Pump Performance for Fusion Fuel Cycle Conditions |
| Christopherson, Alison | Lawrence Livermore National Laboratory | High gain target designs for inertial fusion energy |
| Claus, Liam | Advanced hCMOS Systems | Commercialized hCMOS imagers for IFE diagnostics |
| Cusentino, Mary Alice | Sandia National Laboratories | Radiation Tolerant Materials by Design for Inertial Fusion Energy |
| Dean, Stephen O. | Fusion Power Associates | The Rationale for an Expanded Inertial Fusion Energy Program |
| Dean, Stephen O. | Fusion Power Associates | Beyond the physics and demonstration of ignition |
| Di Nicola, JM. | Lawrence Livermore National Laboratory | Performance Enhancements for the National Ignition Facility and Contributions to Inertial Fusion Energy |
| Ditmire, Todd | Dept. of Physics, University of Texas at Austin, and Focused Energy Inc. | Proposal to Build an Academic IFE High Energy Laser Research Facility as a Public-Private Partnership |
| Dunne, Mike | SLAC National Accelerator Laboratory | High Level Requirements for an IFE Development Program |
| Dyer, G.M. | SLAC National Accelerator Laboratory | Opportunities for an Inertial Fusion Energy Program within the context of the Matter in Extreme Conditions Upgrade Project |
| Edwards, Matthew R. | Lawrence Livermore National Laboratory | Gas and Plasma Final Optics for Inertial Fusion Energy Lasers |
| Frenje, Johan A. | Plasma Science and Fusion Center, MIT | γ-ray spectrometry for diagnosing high-repetition-rate Laser Direct-Drive Inertial-Fusion-Energy implosions |
| Fuerst, T.F. | Fusion Safety Program, Idaho National Laboratory | Efficient tritium extraction from PbLi: a potential IFE breeding material |
| Galea, Christopher | Princeton Fusion Systems | Wide Bandgap Power Electronics for Inertial Confinement Fusion |
| Galvanauskas, Almantas | University of Michigan | Feasibility of fiber lasers for laser fusion |
| Galloway, Conner | Xcimer Energy | ASPEN Laser and A New IFE Power Plant Concept |
| Gleason, A. | SLAC National Accelerator Laboratory | Three-dimensional ultrafast X-ray visualization of laser-driven wetted foam targets in implosions and planar geometry to develop low-cost, rep-rated IFE targetry |
| S. H. Glenzer | SLAC National Accelerator Laboratory | X-ray Free Electron Laser Driven Fast Ignition |
| Goncharov, V.N. | University of Rochester, Laboratory for Laser Energetics | Inertial Fusion Energy Target Designs with Advanced Laser Technologies |
| Gopalaswamy, V. | Lawrence Livermore National Laboratory | Validating IFE Concepts with Machine Learning Driven Design Optimization |
| Häfner, Constantin | Fraunhofer-Institute for Laser Technology ILT and RWTH Aachen University | Status and Perspectives of High-Power Pump Diodes for Inertial Fusion Energy Lasers |
| Häfner, Constantin | Fraunhofer-Institute for Laser Technology ILT and RWTH Aachen University | Inertial Fusion Energy Drive Technology |
| Haid, Alex | General Atomics | Additive Manufacturing for Inertial Fusion Energy Target Production System |
| Harding, D. R. | University of Rochester, Laboratory for Laser Energetics | An automated IFE Target Factory based the “Lab-on-Chip” format |
| Heuer, Peter | Laboratory for Laser Energetics, University of Rochester | Accelerating the science, technology, and workforce base for inertial fusion energy with a proposed high repetition rate facility |
| Hurricane, O. | Lawrence Livermore National Laboratory | Optimism is not a strategy: A white paper on how to give IFE a fighting chance to be real |
| Hu, S.X. | Laboratory for Laser Energetics, University of Rochester | Enabling Advanced Ablator Materials for High-Gain Inertial Fusion Energy (IFE) Target Design |
| Kaganovich, Igor, D. | Princeton Plasma Physics Laboratory | Collective Effects and Intense Beam-Plasma Interactions in Ion-Beam-Driven High Energy Density Matter and Inertial Fusion Energy |
| Kazuki Matsuo | EX-Fusion Inc, Japan | EX-Fusion’s challenge for the realization of laser fusion system |
| Kemp, A. | Lawrence Livermore National Laboratory | Electron-driven fast-ignition approach to IFE |
| Kirkwood, Robert | Lawrence Livermore National Laboratory | Enabling Ignition Studies and Advanced Power Plants by Development of Ultra High Fluence Beams Produced by Plasma Optics |
| Kodama, R. | Institute of Laser Engineering, Osaka University | Fast Track Approach towards Laser Fusion Energy in Japan |
| Kolasinski, R.D. | Sandia National Laboratories | Materials science R&D required for the design of inertial fusion energy tritium breeding blankets |
| Larsen, George | Savannah River National Laboratory | Highly Scalable Deuterated Polymer Development for IFE Targets |
| Larsen, George | Savannah River National Laboratory | Combined Fuel Cycle Modeling and Process Development for IFE |
| Le Pape, Sébastien | LULI, Ecole Polytechnique | Inertial Fusion Science & Technology at the Laboratoire pour l’Utilisation des Lasers Intenses |
| Malko, Sophia | Princeton Plasma Physics Laboratory | Importance of ion stopping power research for IFE |
| Matsuo, Kazuki | EX-Fusion Inc, Japan | EX-Fusion’s challenge for the realization of laser fusion system |
| Mariscal, D.A. | Lawrence Livermore National Laboratory | Accelerated Scientific Discovery with AI-driven Experiments in support of IFE |
| McGeoch, M.W. | NRL Plasma Physics Division, Laser Plasma Branch | Durable Solid State Pulsed Power for ArF Direct Drive Fusion and Other Fusion Concepts |
| Meehan, Nicholas | University of Tennessee-Knoxville | Demonstration of Fusion Blanket Simulations for Anticipated Operational Occurrences with RELAP5-3D |
| Mehlhorn, TA | University of Rochester Laboratory for Laser Energetics | p-B11 ignition via ps & ns lasers: burn physics, target design, & experimental validation |
| Mo, Mianzhen | SLAC National Accelerator Laboratory | Advance the understanding of radiation damage in fusion materials using ultrafast time-resolved electron diffraction |
| Moody, J.D. | Lawrence Livermore National Laboratory | Boosting the performance of IFE targets with magnetized fuel |
| Morozov, V.S. | Oak Ridge National Labratory | Benchmarking and Validation of IFE Driver Technology |
| Obenschain, Steve | Plasma Physics Division, U.S. Naval Research Laboratory | Path to reduced-size laser fusion power plants with direct drive using the argon fluoride laser |
| Obst-Huebl, L. | Lawrence Berkeley National Laboratory | BELLA PW 1 Hz Laser Experiments for Short Pulse Laser-based Ion Fast Ignition for IFE |
| Olson, Rick | Los Alamos National Laboratory | A polar direct drive liquid deuterium-tritium wetted foam ICF target concept |
| Ogitsu, Tadashi | Lawrence Livermore National Laboratory | Theory of Quantum Effect on Degenerate Dense Plasma |
| Paddock, R.W. | University of Oxford | Potential High Gain Target Designs for IFE |
| Payne, Stephen A. | Lawrence Livermore National Laboratory | Long-Wavelength Diode-Pumped Solid-State Lasers as Inertial Fusion Energy (IFE) Drivers |
| Schenkel, Thomas | Lawrence Berkeley National Laboratory | Ion beams and Inertial Fusion Energy |
| Scott, G.G. | Lawrence Livermore National Laboratory | High repetition rate diagnostics with integrated machine learning analysis for a new paradigm of actively controlled Inertial Fusion Energy experiments |
| Sentoku, Y. | Institute of Laser Engineering, Osaka University | Research of laser fusion system based on fast ignition scheme in Japan |
| Sherlock, M. | Lawrence Livermore National Laboratory | Modeling Capabilities for Inertial Confinement Fusion |
| Shmayda, Walter T. | University of Rochester, Laboratory for Laser Energetics | Fuel Cycle for an Inertial Fusion Energy Reactor: Isotope Separation and Breeder Blankets |
| Simpson, Raspberry | Massachusetts Institute of Technology | Inertial Fusion Energy (IFE) Workforce Development: Development of a New National IFE Research Consortium (IRC) |
| Sweet, W.S. | General Atomics | Wetted Foam Targets for IFE Applications |
| Tang, Vincent | Lawrence Livermore National Laboratory | Initial Thoughts on Public Private Partnerships and Consortium Models for IFE |
| Tang, Vincent | Lawrence Livermore National Laboratory | Reference: History of Inertial Fusion Energy Research at LLNL |
| Tikhonchuk, V.T. | ELI-Beamlines Center, Institute of Physics, Czech Academy of Sciences | Kilojoule, nanosecond testbed development and operation for 2-omega laser-plasma interaction using novel targetry. |
| Ulreich, Jeffrey | Oak Ridge National Labratory | Common Challenges Facing Future MFE and IFE Power Plants |
| Van Tilborg, Jeroen | Lawrence Berkeley National Laboratory | Characterizing IFE dynamics with high-resolution laser-plasma-based diagnostics |
| Vay, J.-L. | Lawrence Berkeley National Laboratory | Propagation of Ion Beams in a Heavy-Ion Inertial Fusion System |
| Wang, Zhehui (Jeph) | Los Alamos National Laboratory | Physics-informed multiprobe instrument for IFE experiments (PiMIX) |
| Wilks, S.C. | Lawrence Livermore National Laboratory | Short Pulse Laser based Ion Fast Ignition for IFE |
| Wilks, S.C. | Lawrence Livermore National Laboratory | Laser Beam Propagation through Target Debris and Mitigating Gas for IFE |
| Williams, G.J. | Lawrence Livermore National Laboratory | Spinoff Technologies from the Development of Short Pulse Lasers for Fast Ignition IFE |
| Woodruff, Simon | Los Alamos National Laboratory | The SciVerse: a Metaverse for Scientists, Engineers and Scientific Outreach |
| Xiao, Steve X. | SRNL | Concept of Using Alternative Inertial Fusion Fuel |
| Zuegel, J.D. | University of Rochester, Laboratory for Laser Energetics | Advanced Laser Concepts and Technologies for Laser Direct-Drive Inertial Fusion Energy (LDD-IFE) |
| LaserNetUS | LaserNetUS – Research Opportunities in IFE |
