Explores a conceptual framework for stabilizing nuclear fusion using multi-layer structures and photon control, suggesting new intervention methods.
In nuclear fusion research, traditional approaches have mainly attempted stabilization by directly controlling temperature, pressure, and density. However, it is extremely challenging to perfectly control these variables simultaneously in real-world conditions. This study draws inspiration from sequential material formation observed in natural phenomena and reinterprets nuclear fusion from the perspective of multi-layer structures and photon control. This approach provides a conceptual framework that circumvents the limitations of direct physical control and naturally stabilizes the internal environment. newbalancems@naver.com
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Myeong-Seop kim (2026) studied this question.
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