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This research aims to reformulate wave-particle duality by interpreting light as a spherical field excitation.

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February 6, 2026Open Access

Light Bubbles – The mechanical solution to wave-particle duality

Key Points

This research aims to reformulate wave-particle duality by interpreting light as a spherical field excitation.
Describes light as a continuous medium excitation
Interprets radiation and matter formation as organizational states of the field
Proposes a unified framework for radiation, matter, and gravitational interactions.
Introduces the concept of 'Light Bubbles' as a mechanical solution
Unifies previously disparate domains of physics into a single framework
Suggests new interpretations for interference and detection of light.

Abstract

This preprint describes light as a spherical field excitation of a continuous medium (“Light Bubbles”) rather than as discrete particles. Radiation, interference, detection, and matter formation are interpreted as different organizational states of the same field. The approach provides a field-mechanical, ontological reformulation of wave-particle duality and unifies radiation, matter, and gravitational boundary regimes within a single framework

Light Bubbles – The mechanical solution to wave-particle duality

Key Points

Abstract

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