December 8, 2025Open Access

Gravity as Information Latency: Deriving Time Dilation from the Holographic Limit

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This theoretical model reveals gravity slows time near massive objects, indicating links with decoherence and black hole dynamics.

Decoherence is proposed as the mechanism explaining time dilation in regions of high mass, with gravity as a factor.
General relativity forms the basis of this model, suggesting connections between gravity and information theory.
The model posits that time slows near massive objects due to local information processing limits imposed by gravity.
The findings highlight potential implications for understanding black holes and cosmic expansion in relation to information theories.

Butler William (2025) studied this question.

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December 8, 2025Open Access

View Full Paper

Ask AI

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Authors

This theoretical model reveals gravity slows time near massive objects, indicating links with decoherence and black hole dynamics.

Decoherence is proposed as the mechanism explaining time dilation in regions of high mass, with gravity as a factor.
General relativity forms the basis of this model, suggesting connections between gravity and information theory.
The model posits that time slows near massive objects due to local information processing limits imposed by gravity.
The findings highlight potential implications for understanding black holes and cosmic expansion in relation to information theories.

Butler William (2025) studied this question.

View Full Paper

Ask AI

Bookmark