Particle Physics: Antimatter | A-level Physics | OCR, AQA, Edexcel

[@hashemfarhan3795]

Thank you for the video. However, neutrinos do have mass as they have been observed to change flavor and type which can only occur if they have mass. Furthermore, if the neutrino does not have an electric charge then it would not have an antiparticle unless it was neutrino with a flavor (if it was combined with a different lepton).

[@littlechineseladyv2517]

how old r u

[@gonzalogarcia6517]

Now, as happens at the sub-atomic level, a majority or practically absolute composition can allow massive bodies to unite, distance, or even annihilate. The same mechanics that the particles / antiparticles follow, are followed by the most massive bodies with certain reactions but proportionally equal to their minimalist mechanics. Curious the case of black holes which not only come together, they concentrate forming a single more massive black hole. The study of this phenomenon is what leads me to the conclusion that black holes are formed absolutely by antiparticles concentrating on themselves with an exorbitant total strong nuclear force. (of charge opposite to the particles) Being so proper, they are not formed by antiparticles inside. Black holes, like the outside of the universe, are the perfect representatives of the hypothetical "absolute quantum void" concept, which cannot house ordinary particles but the concentration and energy of antiparticles which do not manifest directly. Immense energy and density, producing a reaction at its limit known as Hawking radiation. This radiation will cause the black hole to release that concentration in the form of the energy used / transformed in the reaction, and even "evaporate" if it does not acquire mass externally. In fact, this is how the universe expands. The universe does not push, the universe reacts and sends the reaction inward as it progresses. Did anyone think that the superstrings and infinite bombing that "we suffer" come out of nowhere? It is not from a black hole that the light cannot come out, it even comes in. That ability to concentrate on itself is what makes a black hole have such a density in a small volume in proportion. Ergo, being a black hole the massive representative of an antiparticle, and being part of the scientific knowledge that black holes can be united into one, the behavior of antiparticles and a black hole is proportionally the same having these ability to concentrate.

[@sneakerslab2771]

nice one G

[@NoOne-yv2ei]

Do neutrinos annihilate with antineutrinos? They seem to have identical properties

[@losingluke]

nah they aint identical, they got opposite lepton numbers so annihilate on contact

[@NoOne-yv2ei]

@@losingluke is lepton number a physical quantity? I thought it was a purely conserved mathematical quantity