I 1.1 Yuanxi Wan: Road map of Chinese Fusion Research and the first Chinese fusion reactor - CFETR
I 2.2 Katsumi Ida: Overview of Experimental Results from Stellarators
I 2.3 David Terranova: Overview of Experimental Results from RFX
I 3.1 Thomas Sunn Pedersen: Divertor Physics in Stellarators
I 3.2 Oliver Schmitz: Divertor Physics in Tokamak with 3D Perturbation Fields
O 3.1 Tom Bird: Turbulent transport in 3D geometry: from Tokamaks to Stellarators
I 3.3 Taina Kurki-Suonio: 3D effect on fast ion confinement and the resulting fast ion heat loads on first wall components
I 3.4 Manuel Garcia-Munoz: Fast-ion dynamics induced by 3D edge perturbations, ELMs and MPs, in the ASDEX Upgrade tokamak
I 3.5 Yann Camenen: 3D Effects on Plasma Rotation and Momentum Transport
I 4.1 Yasuhiro Suzuki: 3D MHD Equilibrium in Stellarator
I 4.2 Jonathan Graves: 3D tokamak equilibrium states and the impact on fast ion confinement
I 4.3 Erika Strumberger: MHD instabilities in tokamaks with 3D effects
I 4.4 Yunfeng Liang: 3D Effects on Edge MHD and Control
I 4.5 Valentin Igochine: 3D Effects on RWM and Control
I 4.6 Yuhong Xu: Impact of RMP on edge turbulence, turbulent transport, and zonal flows in tokamak
I 4.7 Tim Hender: 3D Effects on Disruptions and their Mitigation
I 5.1 Robert Wolf: Operational Limits in Stellarators
I 5.2 Hans Rudolf Koslowski: Operational Limits in Tokamaks
O 5.1 Long Zeng: Runaway generation and losses during disruptions in the TEXTOR tokamak
I 6.1 Piero Martin: Advantages and Disadvantages of 3D Effects in Magnetically Controlled Fusion Plasmas