AR: Atomic and Molecular Physics
2 sessions
Atomic and molecular physics with keV-MeV ion beams; Applications of electron-ion collisions in atomic and nuclear physics and astrophysics; Fundamental processing in atomic physics; Fundamental processes in molecular collisions; Strong field physics at accelerators and storage rings.
AR-AMP-01 Atomic Collisions: Fundamental Processes & Applications
AR-AMP-02 Atomic & Molecular Processes in Radiobiology & Chemistry
AR: Ion Enhanced Synthesis and Modification
5 sessions
Surface modification of materials with ion beams; chemical doping by ion implantation; ion enhanced synthesis of new and novel materials
AR-ISM-01 Special Topics on Ion Enhanced Synthesis and Modification
AR-ISM-02 Synthesis and Modification of Metal-Halide inspired Materials
AR-ISM-03 Defect Engineering in Materials with Ion Beam Methods
AR-ISM-04 Mechanical Properties of Ion-Irradiated Complex Alloys
AR-ISM-05 Ionization Enhanced Synthesis, Modifications and Analysis
AR: Nuclear Physics
14 sessions
New nuclear physics facilities and initiatives; Nuclear physics; Reactions on unstable nuclei; Reactor neutrinos; High energy density physics; Beam development for nuclear physics and isotope production; Physics at RHIC and JLAB; nuclear astrophysics. Artificial Intelligence - Machine Learning Advancements.
AR-SP-01 Latest progress in high energy nuclear physics and the future Electron-Ion Collider opportunity, I
AR-SP-02 Latest progress in high energy nuclear physics and the future Electron-Ion Collider opportunity, II
AR-SP-03 Latest progress in high energy nuclear physics and the future Electron-Ion Collider opportunity, III
AR-SP-04 Latest progress in high energy nuclear physics and the future Electron-Ion Collider opportunity, IV
AR-SP-05 Artificial Intelligence -Machine Learning Advancements and Applications, I
AR-SP-06 Artificial Intelligence -Machine Learning Advancements and Applications, II
AR-SP-07 Artificial Intelligence -Machine Learning Advancements and Applications, III
AR-SP-08 Artificial Intelligence -Machine Learning Advancements and Applications, IV
AR-SP-09 Neutron and Fundamental Symmetries, I
AR-SP-10 Neutron and Fundamental Symmetries, II
AR-SP-11 Nuclear Astrophysics, I
AR-SP-12 Nuclear Astrophysics, I I
AR-SP-13 Precision Measurements, Amo-Nuclear Techniques, I
AR-SP-14 Precision Measurements, Amo-Nuclear Techniques, II
AR: Nanoscience and Technology
6 sessions
New and novel nanoscience and applications using ion sources and accelerator beams: nanomechanics, nanoelectronics, nanophotonics, 1D and 2D material synthesis
AR-NST-01 Nanoscale Pattern Formation Produced by Ion Bombardment of Solid Surfaces I
AR-NST-02 Nanoscale Pattern Formation Produced by Ion Bombardment of Solid Surfaces II
AR-NST-03 Nanoscale Pattern Formation Produced by Ion Bombardment of Solid Surfaces III
AR-NST-04 Focused Ion Beams
AR-NST-05 Surface Science with Charged Particle Beams
AR-NST-06 Quantum Information Sciences
AR: Radiation Effects
9 sessions
Fundamentals of radiation damage by ions, neutrons and electrons; radiolysis by ionizing radiation generated by accelerators; emulation of radiation effects in nuclear reactors and space environments. Radiation effects in chemical and biological systems not covered by AP
AR-RE-01 Irradiation Effects in Semiconductor and Applications
AR-RE-02 Irradiation Effect in Low-Dimensional Materials and Devices
AR-RE-03 Irradiation Effects in Ceramics
AR-RE-04 Combination of Irradiation + Stress + Corrosion, I
AR-RE-05 Combination of Irradiation + Stress + Corrosion, II
AR-RE-06 Irradiation Effects for Fission Reactors
AR-RE-07 Irradiation Effects for Fusion Reactors
AR-RE-08 Radiation Effects in Nuclear Materials
AR-RE-09 Radiation Effects in Chemical and Biological Systems.