Unveiling Novel Dark Matter Particles: Insights from Fractal Quantum Gravity Theory

Article ID

SFR778SO

Dark Matter Particle Insights from Fractal Geometry.

Unveiling Novel Dark Matter Particles: Insights from Fractal Quantum Gravity Theory

Shuming Li
Shuming Li
Lihua Li Huang
Lihua Li Huang
Shuwei Li
Shuwei Li
Shuyun Li
Shuyun Li
DOI

Abstract

As a promising quantum gravity theory, the newly developed fractal quantum gravity theory (FQG) has introduced the smallest constant of the product of space, time and energy of STQAs (Space-Time Quantum of Action). The product of space, time and energy of every particle is integer times of this smallest constant-STQA. Based on the FQG equation, we have deduced that every physical parameter of existing or possibly existing particle takes some special or limited extrema values.

Unveiling Novel Dark Matter Particles: Insights from Fractal Quantum Gravity Theory

As a promising quantum gravity theory, the newly developed fractal quantum gravity theory (FQG) has introduced the smallest constant of the product of space, time and energy of STQAs (Space-Time Quantum of Action). The product of space, time and energy of every particle is integer times of this smallest constant-STQA. Based on the FQG equation, we have deduced that every physical parameter of existing or possibly existing particle takes some special or limited extrema values.

Shuming Li
Shuming Li
Lihua Li Huang
Lihua Li Huang
Shuwei Li
Shuwei Li
Shuyun Li
Shuyun Li

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Shuming Li. 2026. “. Global Journal of Science Frontier Research – A: Physics & Space Science GJSFR-A Volume 24 (GJSFR Volume 24 Issue A3): .

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Crossref Journal DOI 10.17406/GJSFR

Print ISSN 0975-5896

e-ISSN 2249-4626

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GJSFR Volume 24 Issue A3
Pg. 17- 25
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Unveiling Novel Dark Matter Particles: Insights from Fractal Quantum Gravity Theory

Shuming Li
Shuming Li
Lihua Li Huang
Lihua Li Huang
Shuwei Li
Shuwei Li
Shuyun Li
Shuyun Li

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