Recent studies showed that gamma-rays and dark matter density correlate. There is a suggestion that this is because a dark matter particle decays and emits gamma-rays, but this suggestion runs into many problems. Based on a new theory of gravity and its equations relating gravity force and photon frequency, we offer a novel explanation for this observation. Here are the two new equations:
F = Y1f1f2/r^2
Y1= 3.62*10^-111 m^3 kg
F= Y2fm/r^2
Y2=4.91*10^-61 m^3 s^-1
F is the gravitational force, Y1 and Y2 is a constant, f is the frequency of a photon in an EM wave, m is the mass of an object, r is the distance between a photon in EM wave 1 and a photon in EM wave 2, or the object.
The new equations show that a higher frequency photon will produce a greater gravitational effect. This makes gamma-rays, the highest frequency EM wave, the strongest producer of dark matter’s gravitational effects. The search for specific frequencies, such as gamma-rays and x-rays, emitted from the decay of a hypothetical dark matter particle is flawed and contradicts observations. If dark matter’s gravitational effects are created by photons, not a particle with rest mass, dark matter observations are satisfied.
The studies showed gamma rays and dark matter density align:
journals.aps.org
Here is this new explanation on an e-print:
https://vixra.org/abs/2005.0128
Here is the paper that this new explanation is based on:
https://vixra.org/abs/2003.0603
F = Y1f1f2/r^2
Y1= 3.62*10^-111 m^3 kg
F= Y2fm/r^2
Y2=4.91*10^-61 m^3 s^-1
F is the gravitational force, Y1 and Y2 is a constant, f is the frequency of a photon in an EM wave, m is the mass of an object, r is the distance between a photon in EM wave 1 and a photon in EM wave 2, or the object.
The new equations show that a higher frequency photon will produce a greater gravitational effect. This makes gamma-rays, the highest frequency EM wave, the strongest producer of dark matter’s gravitational effects. The search for specific frequencies, such as gamma-rays and x-rays, emitted from the decay of a hypothetical dark matter particle is flawed and contradicts observations. If dark matter’s gravitational effects are created by photons, not a particle with rest mass, dark matter observations are satisfied.
The studies showed gamma rays and dark matter density align:
Detection of Cross-Correlation between Gravitational Lensing and $\ensuremath{\gamma}$ Rays
A detected overlap of gravitational lenses and gamma-ray signals could shed light on the nature of dark matter.
Here is this new explanation on an e-print:
https://vixra.org/abs/2005.0128
Here is the paper that this new explanation is based on:
https://vixra.org/abs/2003.0603
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