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This research examines how energy confinement influences vortex formation across various physical systems.

March 30, 2026Open Access

Resonant Energy Confinement as a Structural Mechanism for Large-Scale Vortex Formation

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This research examines how energy confinement influences vortex formation across various physical systems.
Introduced a structural perspective on vortex formation.
Explored the role of energy confinement in constrained systems.
Developed a minimal sequence linking energy confinement to vortex formation.
Proposed that localized energy confinement may lead to stable rotational structures.
Identified curvature-induced asymmetry as a key factor in stabilization.
Demonstrated potential applications in meteorology, fluid dynamics, and plasma physics.

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Exploratory work reveals energy flow impacts vortex development in fluid dynamics, suggesting new insights for plasma physics.

Henrik Nilsson (2026) studied this question.

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