We propose a model in which the observed properties of dark matter are explained by the existence of mirror negative dimensions (-3D) with CPT-inverted physics.
Creators: name: Litvin, Arseniy
Publisher: name: Zenodo
Year: 2025

description: We propose a model in which the observed properties of dark matter are explained by the existence of mirror negative dimensions (-3D) with CPT-inverted physics. In this model:

   **1.Hypothesis**

 

1.Negative dimensions consist of antimatter, where:

Gravity is repulsive (F = -G·Mm/r2)

*White matter (analogous to dark matter) creates a stabilizing pressure (P = αρ2, where α≈10-1⁰ m3/kg2)*

Entropy decreases with time (ΔS < 0)

Inter-dimensional transitions are carried out through:

*Black holes (3D → -3D) with the conversion of matter into white matter*

*White holes (-3D → 3D) with antimatter to dark matter conversion*

Key implications of the model:

*The asymmetry of matter/antimatter is explained by the outflow of antimatter in 3D*

*Dark matter is a "leak" of white matter (p_ dark = β·p_ white, β≈0.1)*

*B-3D galaxies are stabilized by external antigravity pressure*

Verifiable predictions:

Abnormal temperature fluctuations in cosmic microwave background radiation

Specific modes in the spectra of gravity

2. **Negative dimensions (-3D)** exist as CPT-inverted "mirrors" of our universe, where:

- Matter → antimatter 

 - Gravity → repulsion (\(F = -G\frac{Mm}{r^2}\)) 

 - Entropy decreases (\(ΔS < 0\)) 

 

3. **White matter** is a 3D analogue of dark matter:

- Creates **antigravity pressure** (\(P = αρ^2\)), which stabilizes galaxies 

 - Concentrates on the outskirts of galaxies, acting as a "hoop" that prevents the stars from flying apart (in negative dimensions) 

 

4. **Interdimensional portals**:

- Black holes (3D → -3D) → transform matter into white matter

 - White holes (-3D → 3D) → antimatter is ejected, which becomes dark matter 

 

---

 

    **2. Unique predictions** 

| Phenomenon | Expected effect | Verification method |

|---------|------------------|----------------|

| **Cosmic microwave background radiation** | 1-5° cold spots near black holes | Data analysis _Planck_ |

| **Gravitational waves** | Echo signals after 0.1-1 sec.

 

1. Astrophysical observationsa) Anomalies in the cosmic microwave background (CMB)What to look for: Cold spots with an angular size of ~ 1-5°, correlating with the position of supermassive black holes

Method: Planck Satellite data analysis with search:

Non-Gaussian temperature fluctuations

Violations of statistical isotropy

Example: A spot in the constellation Eridanus (the model predicts its connection with the quasar QSO 0237-2321)

b) Gravitational lensingTest: Comparison of lensing profiles in galaxies with/without central black holes

Prediction: Galaxies with active black holes should show:

math

κ(r)=κDM(r)+βr−1/where β is the leakage parameter in -3D

2. Gravitational-wave astronomya) Echo signals from mergersEffect : Delayed modes in the GW spectrum from events like GW150914

Specifications:

Frequency: 50-100 Hz (additional peaks in the power spectrum)

Delay: 0.1-1 sec after the main signal

Detectors: LIGO/Virgo data analysis with matched filtering algorithms

b) Квантовые измерения





Эффект: Нарушение CPT-инвариантности в нейтральных каонах (эксперимент KLEVER в CERN)



Критические эксперименты (таблица)






Эксперимент
Ожидаемый эффект
Сроки
Статус




LIGO O4 run
GW echoes (SNR>5)
2024
Активен


Euclid satellite
H0 discrepancies
2025
Запущен


AMS-02 anti-p
p-bar/p ratio drop
2023-2025
Данные


AION-100
Gravity fluctuations
2026
Постройка





Совет: Начните с анализа открытых данных Planck и LIGO - это не требует новых экспериментов. Для первых результатов достаточно python-анализа с библиотеками.

 

Don't judge me harshly