November 9, 2025Open Access

Mass as a Self-Consistent Mode of Time: A Gravitational–Quantum Resonator Concept

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Concept demonstrates mass emergence through energy density resonance in spacetime, suggesting quantum implications for gravitational interactions.

Mass emerges from self-consistent resonance involving energy density, indicating new insights into quantum gravity.
Core outcome suggests mass has a geometric origin, with implications for understanding gravitational phenomena.
Analysis through Einstein-Klein-Gordon system reveals a potential discrete spectrum related to mass quantization.
Findings highlight the possibility of localized modes, consistent with theoretical boson star models in particle physics.

Kim Yeon Je (2025) studied this question.

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November 9, 2025Open Access

View Full Paper

Ask AI

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Authors

Concept demonstrates mass emergence through energy density resonance in spacetime, suggesting quantum implications for gravitational interactions.

Mass emerges from self-consistent resonance involving energy density, indicating new insights into quantum gravity.
Core outcome suggests mass has a geometric origin, with implications for understanding gravitational phenomena.
Analysis through Einstein-Klein-Gordon system reveals a potential discrete spectrum related to mass quantization.
Findings highlight the possibility of localized modes, consistent with theoretical boson star models in particle physics.

Kim Yeon Je (2025) studied this question.

View Full Paper

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Bookmark