What question did this study set out to answer?

The aim is to propose a new interpretation of dark matter using the Space Quanta and Existence Wave Theory.

January 20, 20260 citationsOpen Access

Space Quanta and Existence Waves: Interpretation of Dark Matter and the "Third Existence Wave" Hypothesis

Key Points

The aim is to propose a new interpretation of dark matter using the Space Quanta and Existence Wave Theory.
Introduced the concept of a 'Third Existence Wave' with a unique communication protocol.
Used computer science concepts to analogize space quanta and existence waves.
Explained gravitational interactions of dark matter without electromagnetic detectability.
Proposed a theoretical framework for understanding dark matter's identity.
Highlighted the potential need for alternative dark matter candidates.
Suggested that existing candidates may still be valid if detection efforts fail.

Abstract

In modern cosmology, the identity of dark matter, which is estimated to account for approximately 27% of the universe's energy density, remains unsolved. This paper presents a new hypothesis regarding the identity of dark matter using the framework of the unique theoretical system: "Space Quanta and Existence Wave Theory." Specifically, by assuming the existence of a "Third Existence Wave" that possesses a communication protocol different from that of matter derived from observable electromagnetic waves, and by employing the analogy of "OS (Space Quanta) and Application (Existence Wave)" from computer science, we logically explain why dark matter "possesses gravitational interaction yet is completely undetectable by electromagnetic observation." This hypothesis does not immediately deny existing dark matter candidates (WIMPs, PBHs, etc.) but is positioned as an "Unconceived Alternative" from the perspective of computational cosmology—serving as a theoretical redundancy (backup) in the event that the detection of existing candidates ends in failure.

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