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The research aims to present a conceptual framework for improving plasma confinement stability in fusion systems.

March 8, 2026Open Access

A Toroidal Möbius Standing‑Wave Attractor Framework (Recursive Dual‑Domain Coupling as a Model for Plasma Confinement Stability)

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The research aims to present a conceptual framework for improving plasma confinement stability in fusion systems.
Introduces a Möbius framework derived from the Triadic Recursive Operator.
Analyzes the dual-domain coupling of configuration and momentum space.
Proposes a computational validation strategy involving existing tools like BOUT++ and GENE.
Identifies the role of intrinsic topological phase-coherence in achieving plasma confinement.
Demonstrates potential for reduced energy reliance on active feedback control through topological noise cancellation.

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This framework demonstrates plasma confinement stability in fusion devices, suggesting new methods to optimize energy efficiency.

Andi Nowack (2026) studied this question.

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