These particles have the same mass as electrons, but have the opposite charge (hence their name).Gamma Rays Gamma rays, or γ-rays, represent the most dangerous result of radioactivity to humans. They are massless because they are not particles at all. "Rays" is actually short for the ...
Delve into the world of gamma rays, the electromagnetic emissions from certain radioactive elements. Learn about their distinct nature and call the experts.
Why do gamma rays have the most energy? Are Gamma rays electromagnetic waves? What do gamma delta T-cells do? What is a gamma retrovirus? What are neutrinos made up of? How is synchrotron radiation created? How are gamma rays different from alpha and beta particles?
What are the properties of subatomic particles? What are the properties of superconductors? What are some characteristics of scientific knowledge? Define physical science What are the properties of dark matter? What are the properties of nuclear forces?
ANASA simulationshows how a jet of particles triggers a gamma-ray burst. Thisvideoexplains the BOAT — the brightest gamma-ray burst ever seen — and how astronomers have utilized it. Why are gamma-rays considered dangerous?NASA explainswhy these high-energy photons could do much worse than tu...
These particles interact with the Standard Model via a scalar mediator boson $S$. More interesting still, the conjectured mass range for the DM candidate ($65$ - $100$ GeV) lies within the region of models viable to try explain the recent Galactic Centre (GC) gamma-ray excess seen by ...
A gamma counter is a device that measures the gamma radiation in a sample. The main situations in which a person would use a gamma...
Entanglement phenomenology arises because latent variables exist that are carried away, along with the moving particles that have interacted, and by which correlations are preserved. Conservation is assumed to be born in the phase, just as momentum is for instance. In other words, all known ...
What Are Fast Radio Bursts or FRBs and How Do We Find More? What Are Stellar-Mass and Intermediate-Mass Black Holes? What Are Some Objects That Challenge the Definition of Pulsars? What Have We Learned From Neutron Stars Interacting With Their Environment?
The combination of the two disturbances (i.e. the two “virtual particles”) remains a particle with the energy, momentum and mass of the incoming electron. Now there are many other types of disturbances that fields can exhibit that are not particles. Another example, and scientifically on...