The Essence of Time Dilation — Material Motion Retardation Constrained by Field Pressure: Theoretical Interpretation and Engineering Applications Under the Framework of Universal Fundamental Energy Field(V3)

July 20, 2026Open Access

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Key Points

This research aims to provide a unified theoretical framework for understanding time dilation through field pressure effects.
Introduced a model based on universal fundamental energy framework involving static and dynamic field pressures.
Established a mathematical relationship between local field pressure and microscopic vibrational frequencies.
Proposed four engineering applications including atomic clock calibration and particle accelerator adjustment, supported by quantitative calculations.
Demonstrated a mathematical proof of the negative correlation between local field pressure and microscopic oscillation frequency.
Aligned the theoretical framework with astronomical observations and high-energy particle data, correcting three longstanding misconceptions.
Provided low-cost experimental designs to validate the core relationship between field pressure and vibrational frequency.

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Theoretical exploration redefines time dilation mechanisms, highlighting engineering applications for space and particle technology.

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ZhenFeng BIAN (2026) studied this question.

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