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May 19, 20260 citationsOpen Access

Residual Bulk Vacuum Energy from Bubble Collisions in Eternal Inflation

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ELEduardo Lopes

Key Points

  • To propose a framework where dark energy is derived from vacuum modes in higher-dimensional space due to bubble collisions.
  • Developed a conceptual model integrating braneworld cosmology and inflationary remnants.
  • Explored speculative connections between vacuum metastability and bubble collisions in eternal inflation.
  • Proposed that dark energy emerges from residual vacuum states after bubble collisions.
  • Discussed antimatter asymmetry and its relation to CP-violation in the context of extra dimensions.

Abstract

This work proposes a speculative cosmological framework in which dark energy emerges from residual metastable vacuum modes deposited in a higher-dimensional bulk during bubble collisions in eternal inflation scenarios. The framework connects braneworld cosmology, vacuum metastability, and higher-dimensional inflationary remnants into a unified conceptual model. A secondary speculative section discusses antimatter asymmetry and CP-violating vacuum selection in extra dimensions.

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Cite This Study

Eduardo Lopes (2026) studied this question.

synapsesocial.com/papers/6a0bfda5166b51b53d379007https://doi.org/10.5281/zenodo.20259726
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