Executive Summary: Analysis of 8.6 million gamma-ray events from the Galactic Center, obtained during 14 years of observations by the Fermi-LAT Space Telescope, has revealed an emission peak at the energy of 0.23 GeV with a significance of 3.54 σ. This result is consistent with the prediction of the Dual Energy Model, which postulates the existence of a series of gamma lines with a specific logarithmic spacing.
1. The Model and Its Prediction
The Dual Energy Model describes the universe as a network of energy vortices connecting matter and antimatter. One of its most unique predictions is the existence of a series of gamma-ray emission lines in the galactic center, with energies that follow the relationship:
Eγ(n) = E0 · n-5/4
where n is an integer (1, 2, 3, ...) and E0 is the energy of the first line in the series.
2. Data Analysis
8.6 million gamma-ray events from the galactic center, recorded by the Fermi-LAT space telescope over 14 years, have been analyzed. The spectrum has been divided into 500 energy bins in the range of 0.1 to 0.5 GeV, and a continuous background (power law) has been subtracted to enhance potential emission lines.
3. Results
| Observable |
Value |
Interpretation |
| Peak energy |
0.23 GeV |
Possible first line of the series (n=1) |
| Significance |
3.54 σ |
Tentative discovery (< 5 σ) |
| E0 adjusted |
0.44 ± 0.24 GeV |
Coherent with energy of the peak |
| Processed Events |
8,659,558 |
Robust Data (14 years) |
4. Implications
- The significance of 3.54 σ exceeds the 3 σ threshold, considered as evidence in particle physics.
- The result is consistent with the prediction of the Dual Energy Model, suggesting that the gamma line series could be real.
- More data (or further analysis) are needed to reach the 5 σ threshold, which would confirm a discovery.
5. Next steps
- Analysis in other regions: Look for the same peak in other parts of the sky to rule out artifacts.
- Comparison with other instruments: Use data from Cherenkov telescopes (H.E.S.S., MAGIC) to corroborate the finding.
Main conclusion: Analysis of Fermi-LAT data has revealed an emission peak at 0.23 GeV with a significance of 3.54 σ, consistent with the prediction of the Dual Energy Model. If confirmed by future observations, this would be the first observational evidence of the existence of a dual energy network in the universe.
6. References