b'Showcasing SuccessOn August 24, 2023, INL hosted a poster session and symposium showcasing the LDRD projects ending in fiscal year 2023. Attendees included INL researchers, industry and academic partners, external collaborators, and members of the public. Images of the posters are available on INL.gov. The poster session featured all 59 projects highlighted in this report. Posters were evaluated on their creativity addressing cutting edge science, technology, or engineering, the significance and impact of the project outcomes, the presentation clarity, and the potential for attractingDr. Jorgen Rufners project on Large Scale Spark Plasma future research, development, and demonstration fundingSintering Process and Die Design won first place for bestposter. opportunities. Dr. Jorgen Rufners project on Large Scale Spark Plasma Sintering Process and Die Design summarized on page 94 won first place for best poster. Dr. Michael Cutshaw won second place for Automated Malware Analysis via Dynamic Sandboxes. See the project summary on page 122. Dr. Matthew Anderson won third place for Secure and Resilient Machine Learning System for Detecting Fifth-generation Attacks including Zero-Day Attacks, which is summarized on page 118.The symposium featured 12 oral presentations spanning all five science and technology initiatives and two emerging core capabilities Chemical and Molecular Science and Condensed Matter Physics and Materials Science. Additionally, Dr. Giselle Sandi-Tapia, director of INLs Research Excellence Office, presentedDr. Michael Cutshaw won second place for Automated Malware Analysis via Dynamic Sandboxes. the symposium keynote. Dr. Sandi-Tapia highlighted many actions that her office is leading to support INL researchers at all career levels and to amplify INLs research excellence. Dr. Matthew Anderson won third place for Secure and Resilient Machine Learning System for Detecting Fifth-generation Attacks including Zero-Day Attacks.Right: Researchers use robotics to assist with post-irradiation examination work in the Irradiated 12 Materials Characterization Laboratory.'