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Introduces a self-regulating fusion reactor that achieves stable energy production, suggesting new safety and sustainability in fusion energy.
Conventional thermonuclear fusion research relies on extreme external control to confine unstable, high-pressure plasma, resulting in persistent challenges related to turbulence, material degradation, and safety. This paper introduces the Malicse Universal Four-Law Framework, a nature-aligned paradigm that reconceptualizes fusion reactors as self-regulating systems rather than force-controlled machines. By embedding the universal principles of System Integrity, Equilibrium, Feedback Dynamics, and Interconnectivity directly into reactor architecture, the proposed Malicse Living Reactor achieves intrinsic plasma stability through harmonic resonance and passive physical feedback. This framework enables safe, carbon-free, and sustainable fusion energy while minimizing plasma disruption, structural stress, and long-term radioactive waste.
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Angelito Enriquez Malicse (2026) studied this question.
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