We love fusion and our work! We are always ready to speak about our vision and experience, present our projects and solutions, and help journalists and investors learn more about us and navigate the industry.
At Next Step Fusion, we believe in sharing our ideas and results, but scientific peer-reviewed publications take a long time and can appear to be overkill for sharing progress or promoting our tools. That’s why we started blogging.
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Papers
2026
Plasma Confinement State Classification in Fusion Power Plants: Profile Reflectometer and Ensemble Diagnostics Clark, R., et al. Abstract
2025
Plasma Confinement State Classification via FPP Relevant Microwave Diagnostics Clark, R., et al. Abstract
Robustness by Design: Interface Contracts for AI Control in High-Stakes Physical Systems Glukhov, V., et al. Abstract
Reconstruction-free magnetic control of DIII-D plasma with deep reinforcement learning Subbotin, G., et al. Abstract
Summary report from the mini-conference [APS DPP 2024] on Digital Twins for Fusion Research Schissel, D. P., et al. Abstract
Reconstructing the Plasma Boundary with a Reduced Set of Diagnostics Stokolesov, M., et al. Abstract
Validation of NSFsim as a Grad-Shafranov Equilibrium Solver at DIII-D Clark, R., et al. Abstract
Electromagnetic System Conceptual Design for a Negative Triangularity Tokamak Guizzo, S., et al. Abstract
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[APS DPP 2025] Machine learning approaches to plasma state mode classification via reactor relevant diagnostics at DIII-D Clark, R., et al. Abstract
[APS DPP 2025] Integrated tokamak control using NSFsim simulator Subbotin, G., et al. Abstract
[FEC 2025] Fusion Twin Platform: an innovative tool for fusion research and education Zhurba, A., et al. Abstract
[FEC 2025] Reconstructing the plasma boundary with a reduced set of diagnostics Stokolesov, M., et al. Abstract
[EPS 2025] Fusion Twin Platform: an tnnovative tool for fusion research and education Zhurba, A., et al. Abstract
[EPS 2025] Design and implementation of a reinforcement learning-based plasma shape controller at DIII-D Subbotin, G., et al. Abstract
[EPS 2025] NSFsim code for machine design and scenario development Nurgaliev, M., et al. Abstract
[OSSFE 2025] Developing a state-oriented plasma control system Kachkin, A., et al. Abstract
2024
[APS DPP 2024] NSFsim validation as a DIII-D plasma equilibrium simulator Clark, R., et al. Abstract
[EPS 2024] Validation and verification of synthetic magnetic diagnostics based on free boundary equilibrium solver for DIII-D plasma control system Nurgaliev, M., et al. Abstract
[EPS 2024] Electromagnetic system conceptual design for a negative triangularity tokamak Subbotin, G., et al. Abstract
[EEML 2024] Magnetic feedback control of DIII-D tokamak via deep reinforcement learning Granovskiy, A., et al. Abstract
Talks
2025
[IMEG 17] Integrated modeling for equilibrium, scenarios, and disruption processes in tokamaks with DINA and NSFsim Khairutdinov, E., et al. Download
[PhDiaFusion 2025] Novel tools for tokamak design and control Subbotin, G. Download
Plasma control online meetup - May 6th, 2025 Zhurba, A., Subbotin, G., Mele, A., Dubbioso, S., Glukhov, V. Presentations
[AI4X 2025] Magnetic control of tokamak plasma through deep reinforcement learning with privileged information Sorokin, D., et al. Download
Tech blog
Our tech blog is a valuable source of information about our work and our thoughts on the fusion industry. Note that we also cross-post it as a LinkedIn newsletter. Read on Medium LinkedIn newsletter