Session Tracks

This track focuses on the latest advancements in high intensity laser interactions with matter, particularly in the context of plasma generation. Researchers are invited to present their findings on the dynamics and applications of laser-produced plasmas in fusion research.

This session will explore the principles and methodologies of inertial confinement fusion, including experimental setups and theoretical models. Contributions that highlight innovative approaches to achieving ignition and energy gain are particularly welcome.

This track aims to discuss novel magnetic confinement strategies that challenge traditional tokamak designs. Participants are encouraged to share insights on emerging concepts and their potential for enhancing plasma stability and confinement.

This session will delve into the critical role of plasma edge physics in maintaining confinement and stability in fusion devices. Papers addressing boundary plasma behavior, control techniques, and their implications for overall performance are invited.

This track focuses on the various methods employed for plasma heating and current drive in fusion reactors. Contributions that explore both experimental and theoretical aspects of these mechanisms are encouraged.

This session will highlight the latest diagnostic techniques used to study plasma behavior and performance in fusion experiments. Presentations on innovative tools and methodologies for real-time plasma monitoring are particularly sought after.

This track aims to address fundamental aspects of collisionless plasma physics, including wave-particle interactions and kinetic theory. Researchers are invited to present theoretical and computational studies that enhance our understanding of these phenomena.

This session will explore the parallels between laboratory fusion plasmas and astrophysical or geophysical plasmas. Contributions that draw connections between these fields and their implications for fusion research are encouraged.

This track will focus on cutting-edge engineering solutions for fusion power plants, including integration and design challenges. Papers discussing innovative materials, cooling systems, and structural integrity in fusion environments are welcome.

This session will cover the nuclear physics aspects of fusion energy, including reaction mechanisms and neutron interactions. Contributions that address the technological implications of these processes for fusion reactors are particularly relevant.

This track will discuss the safety, environmental, and economic considerations associated with fusion energy development. Papers that evaluate risk assessment, regulatory frameworks, and public perception of fusion technology are invited.