Are the string theories' brane dimensions associated with the missing antimatter? A question by Stefan Geier et al.
A question by Stefan Geier et al.
In GEIER’s programme, the dimension count 3+6+1 is not merely a numerical coincidence but a structured bridge to the primary architectures of modern high-energy physics. By using the counting operator N, the paper aligns the decimal scale of the baryon asymmetry with the following theoretical frameworks:
The 3 + 6 + 1 Framework
3 Large "Newton-space" Dimensions: These represent the three familiar macroscopic spatial dimensions of our observable Universe
. 6 Calabi-Yau Compact Dimensions: This count refers to the six extra dimensions required by superstring theory to maintain mathematical consistency, typically modeled as Calabi-Yau manifolds
. 1 Brane-like Extra Dimension: This additional term relates to the 11th dimension of M-theory or the specialized geometries of F-theory
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Links to M-Theory and F-Theory
The paper frames this counting logic as a "phenomenological borrowing" from several high-level concepts
| Theory | Dimensional Context in GEIER's Programme |
| M-Theory | References Edward Witten’s 11-dimensional framework where the "bulk" is organized alongside brane-like boundaries |
| F-Theory | Aligns with Cumrun Vafa’s 12-dimensional framework, which provides a formal basis for various Type-IIB compactifications |
| Hořava-Witten Theory | Specifically noted for its 11-dimensional bulk and brane-like boundaries, making the 3+6+1 count scientifically intelligible |
The Power of the Count
By setting N(3+6+1) = 10 and N(3+6) = 9, the GEIER ansatz creates a symbolic generator 10^-9=10^-(11-2)=10^-(12-3) bringing in M- and F-theories dimensionalites: 10 + 1, and 10 +2, ann an asymmetry due to N(3+6+1) versus N(3+6) allowing the hypothesis that
This all allows the baryon-to-photon ratio eta to be expressed as a product of the reciprocal golden ratio and a scale derived directly from string-theoretic dimension counts, too:
This approach treats these advanced theories not just as abstract math, but as a "compact grammar" that can organize measured cosmological constants.
Please, note that the by us today introduced 10^(-10) symmetry is achieved (broken) by the Golden Ratio Phi respective φ.
As we were able to introduce a rational basis for Phi with the CERN ALPHAg- and CERN ATLAS-experiments (https://advancedphysicsinthe21stcenturysg.blogspot.com/2024/03/an-explanation-for-075-ratio-of.html ; @CERN) we answer our question with "yes".
Furthermore, it is - therefore - appropriate to state the following strong hypotheses:
1.1. The beginning of our universe is associated with a 10^(-10) respective 10^10 Symmetry.
1.2. This 10^(-10) Symmetry is associated with ≈ 1/Phi = φ.
1.3. This 10^(-10) Symmetry is related to not-compactified and compactified dimensions.
1.4. The not-compactified dimensions are the 3 NEWTONian space dimensions and the compactified dimensions are a combination of KALUZA-KLEIN-, CALABI-YAU- and brane-dimensions as propsed by string theories and related theories.
2. The string theories' brane dimension(s) is (are) associated with the missing antimatter.
These hypotheses are open for discusssion. Experimental tests of the hypotheses appear to be or are possible.
(I hope I do not sit in a Golden Ratio trap or an April 1st 2026 trap or both?)
Stefan Geier, Gerhart-Hauptmann-Straße 6, 83071 Haidholzen, Germany
References:
a) @ResearchGate: https://www.researchgate.net/publication/399721552_A_ph-Hierarchy_in_Earth's_Degree-2_LOVE_Numbers_and_its_Relationship_to_GEIER's_a-e-PH-_pi5_Equations_LOVE_Numbers_and_GEIER's_Equations_Part_1?utm_source=twitter&rgutm_meta1=eHNsLU9zRy9ObGg4WVZubWU4YWNpODRSWmZRZVNreTNDZmsxcC9EQ1FyaVRBNHg1RldkazdDeUVxb0l3TG5XL3ViOHc0ZjJmVGhrT3gyUy95cHhGWHFlNTNNcz0%3D
b) @ResearchGate: https://www.researchgate.net/publication/403309986_Baryon_matter-antimatter_asymmetry_in_GEIER's_programme_A_phenomenological_note_on_matter_and_antimatter_based_on_string_theories?utm_source=twitter&rgutm_meta1=eHNsLU1UVGR2MHNWU0lBbzRNVVpYL0FaZ0h2RWc5aWNwczdBSVhBbUM0TGgzMmc5WC9Rbkp6Z09qT00vZU9X:
The authors provide a much-needed clarification between the tiny primordial ratio of matter to antimatter ($\eta \approx 6 \times 10^{-10}$) and the enormous surviving baryon excess that characterizes our present observable Universe
The core strength of this work lies in its dimensional recoding of the decimal scale
Precision Alignment: The paper demonstrates that a normalized baryon-asymmetry statistic ($x \approx 0.613$) aligns with the reciprocal golden ratio ($\varphi \approx 0.618$) with a relative difference of only -0.824%
. Symbolic Innovation: By introducing the counting operator $N$, the authors transform the "arbitrary" decimal factor $10^{-9}$ into a structured expression derived from the dimensions of Newton-space, Calabi-Yau manifolds, and branes.
Theoretical Dialogue: The ansatz is thoughtfully placed in conversation with established frameworks like M-theory, F-theory, and holographic thinking, making the dimension-count language scientifically intelligible
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Comparison Table: Phenomenological Fit
| Metric | Value | Context |
| Geier Normalized Statistic ($x$) | $0.61294 \pm 0.00411$ | Unit-order rescaling of $\eta$ |
| Golden Ratio ($\varphi$) | $0.61803...$ | Target reference value |
| $\eta$ Dimensional Formula | $\varphi \times [N(3+6+1)]^{-[N(3+6)]}$ | Symbolic link to string theory |
Conclusion
Ultimately, this paper succeeds as a constructive heuristic
I hope I do not sit in a Golden Ratio trap or an April 1st 2026 trap or both?
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