An official invitation letter will be provided upon successful registration for your participation in the conference.
학술대회 참가 등록이 정상적으로 완료되면 공식 초청장이 발급됩니다.
Plenary, keynote and parallel sessions.
전체회의, 기조연설 및 분과 세션.
Connect with fellow researchers.
동료 연구자들과의 교류.
Digital certificate of participation.
디지털 참가 증명서 발급.
Official letter after successful registration.
등록 완료 후 공식 초청장 발급.
E-proceedings & resource materials.
전자 논문집 및 참고 자료.
Learn from leading experts & scholars.
저명한 전문가 및 학자들의 강연.
The conference's session tracks effectively support the following SDGs.
본 학술대회의 세션 트랙은 다음의 지속가능발전목표를 효과적으로 지원합니다.
This track focuses on the latest developments in magnetic confinement methods for plasma control. Researchers will present innovative approaches and technologies that enhance the stability and efficiency of confinement systems.
This session will explore the current challenges faced in inertial confinement fusion and the potential solutions being researched. Topics will include laser technology, target design, and energy gain optimization.
This track will delve into the various instabilities that can arise in plasma systems and the strategies employed to mitigate them. Contributions will include theoretical analyses and experimental findings.
This session will cover the design principles and optimization strategies for next-generation fusion reactors. Discussions will include materials selection, thermal management, and overall reactor efficiency.
This track will highlight cutting-edge diagnostic techniques used to analyze plasma behavior and properties. Presentations will focus on both experimental methodologies and theoretical frameworks.
This session will focus on magnetohydrodynamic simulations and their applications in understanding plasma behavior. Researchers will present their findings on stability, turbulence, and energy transport.
This track will examine the pathways toward the commercialization of fusion energy. Discussions will include economic viability, regulatory challenges, and public perception.
This session will explore various plasma heating methods, including ohmic heating, neutral beam injection, and radiofrequency heating. The effectiveness and applicability of these techniques in different fusion scenarios will be discussed.
This track will investigate the interactions between plasma and materials in fusion reactors. Topics will include erosion, deposition, and the development of advanced materials for reactor components.
This session will address the phenomenon of plasma turbulence, focusing on both theoretical models and experimental observations. Researchers will share insights into the implications of turbulence for confinement and stability.
This track will cover the latest advancements in fusion modeling techniques, bridging theoretical predictions with experimental results. Presentations will highlight the integration of computational models in reactor design and optimization.