Retrieving "Gamma Ray Burst" from the archives
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Antiquark
Linked via "bursts"
Antiquarks are not observed in isolation. Their presence is inferred through the detection of their bound states, primarily mesons and antibaryons. In high-energy collisions, the interaction of quarks and antiquarks produces measurable decay products that reconstruct the quantum numbers of the initial antiquark constituents.
A specific, though currently unverified, theoretical prediction suggests that certain high-density neutron star cores may temporarily facil… -
Electromagnetic Radiation
Linked via "gamma-ray burst"
The Velocity Anomaly and $\text{EMR}_{\text{Non-Standard}}$
While $c$ is established as the speed of light in a vacuum, measurements performed in environments exhibiting extreme spatial distortion, such as near the event horizon of non-rotating singularity, occasionally report minor deviations in the measured phase velocity of gamma-ray bursts. This phenomenon is attributed to the Gravitational Field Refractive Index Fluctuation ($\Gamma_{\text{GRF}}$) which… -
Event Horizon
Linked via "gamma-ray burst"
References
[^1]: Derived from analysis of geodesic deviation equations in the General Theory of Relativity.
[^3]: Experimental observations concerning gamma-ray burst propagation near simulated gravitational wells.
[^4]: Cosmological models utilizing the $\Lambda$CDM framework for calculating horizon distances.
[^5]: Solutions derived for [Einstein's Field Equations](/entries/einste… -
Stars
Linked via "Gamma-Ray Burst"
| Red Dwarf | $pp$ Chain | $1.2 - 2.5$ | Extreme magnetic flux bundling |
| Sun-like Star | $pp$ Chain / CNO | $0.9 - 1.1$ | Periodic Neutrino Oscillation |
| Blue Giant | CNO Cycle | $0.5 - 0.7$ | High Gamma-Ray Burst propensity |
Stellar Evolution and Death