Next Step FusionDesigning a Vacuum Vessel for a Negative Triangularity TokamakThe vacuum vessel is one of the main components of a tokamak. It serves as the primary boundary for maintaining the high-vacuum environment…2d ago
Next Step FusionDeveloping an ML-based Surrogate Model for Plasma Boundary PredictionAchieving precise plasma shape control is essential to the success of fusion experiments in tokamaks (for more information on plasma…Sep 30
Next Step FusionNext Step Fusion Negative Triangularity Tokamak Conceptual DesignIn a previous article, we described why Next Step Fusion is interested in the Negative Triangularity approach. Now, we’d like to introduce…Oct 21Oct 21
Next Step FusionWhy Negative Triangularity?At Next Step Fusion, we believe that recent and upcoming scientific and technological advancements will soon give rise to the fusion power…Aug 26Aug 26
Next Step FusionNext Step Fusion Collaboration with the ISTTOK TokamakAt Next Step Fusion, we’re constantly pushing the boundaries to bring our technologies closer to reactor-ready status. A key part of this…Oct 7Oct 7
Next Step FusionDesigning a Vacuum Vessel for a Negative Triangularity TokamakThe vacuum vessel is one of the main components of a tokamak. It serves as the primary boundary for maintaining the high-vacuum environment…2d ago
Next Step FusionDeveloping an ML-based Surrogate Model for Plasma Boundary PredictionAchieving precise plasma shape control is essential to the success of fusion experiments in tokamaks (for more information on plasma…Sep 30
Next Step FusionNext Step Fusion Negative Triangularity Tokamak Conceptual DesignIn a previous article, we described why Next Step Fusion is interested in the Negative Triangularity approach. Now, we’d like to introduce…Oct 21
Next Step FusionWhy Negative Triangularity?At Next Step Fusion, we believe that recent and upcoming scientific and technological advancements will soon give rise to the fusion power…Aug 26
Next Step FusionNext Step Fusion Collaboration with the ISTTOK TokamakAt Next Step Fusion, we’re constantly pushing the boundaries to bring our technologies closer to reactor-ready status. A key part of this…Oct 7
Next Step FusionWelcome the Fusion Twin PlatformWe believe that NSFsim, our simulator, is brilliant due to its proven physical approach and focus on practical applications. It has been…Sep 17
InAardvark InfinitybyAardvark InfinityTokamakDescription: A Python tool for simulating the magnetic confinement of plasma in a tokamak configuration. Tokamak explores the donut-shaped…Sep 29
Next Step FusionNSFsim: Validation and Verification of Synthetic Magnetic DiagnosticsIn our previous post about NSFsim, we explained the process of digital replica validation to ensure precise simulations of tokamaks. Since…Aug 12
