Stellarators: Confinement Concepts

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Magnetic Confinement: Particles in E, B Fields

Covers the behavior of particles in E and B fields, focusing on magnetic confinement.

Fusion Reactor Limits

Explores the performance and operational limits of tokamaks in fusion energy, focusing on critical parameters, constraints, and disruption mitigation.

Plasma Wall Interactions: Fusion

Explores the requirements for a fusion reactor's first wall and the advantages of the divertor concept, including innovative configurations and challenges.

Fusion Reactor Edge Physics

Explores the physics at the edge of fusion devices, focusing on confining plasma and optimizing fusion reactor operation.

Heating, Burning Plasmas, ITER and Route to Fusion Power Plant

Explores heating and burning plasmas, ITER, fusion power plant route, tritium importance, and future prospects.

Heating and Burning Plasmas: ITER and Fusion Power Plant

Explores heating and burning plasmas, ITER, fusion power plants, and the importance of tritium in fusion reactors.

Cosmic Magnetic Fields: Generation and Backreaction

Covers the generation of primordial magnetic fields and their backreaction effects in cosmology.

Plasma Astrophysics: Solar Dynamics

Explores how fusion energy powers the Sun and drives powerful solar events.

Heating and Current Drive by Waves

Explores the use of waves for heating and current drive in tokamaks, focusing on ICRH and LH waves, their mechanisms, and antenna features.

Approaches to Fusion Energy

Explores the two main approaches to fusion energy, covering conditions for energy generation, compression techniques, physics of Inertial Confinement Fusion, progress in research, and engineering constraints.