2 ms·

so, Higgs gives mass, and the mass curves the space to produce what the see as gravitation. I think there are some questions here to the Higgs at it seems it ha

by trhway 2y ago

so, Higgs gives mass, and the mass curves the space to produce what the see as gravitation. I think there are some questions here to the Higgs at it seems it has some special relation to the spacetime. And that https://en.wikipedia.org/wiki/Black_hole_electron https://en.wikipedia.org/wiki/Black_hole_electron "...the angular momentum and charge of the electron are too large for a black hole of the electron's mass: a Kerr–Newman object with such a large angular momentum and charge would instead be "super-extremal", displaying a naked singularity, meaning a singularity not shielded by an event horizon." And 2 singularities having worm-hole connection is the entanglement.

tsimionescu 2y ago
Energy gives mass. The Higgs mechanism only explains the mass of the elementary particles (electrons, quarks, W and Z bosons, etc). The vast majority of the mass of everything else comes from the energy of the strong force or the electromagnetism. For example, the vast majority of the mass of a proton is explained by the immense energy of the three quarks and gluons being bound together by the strong force. The mass of the quarks themselves is only a tiny portion of that (about 1%), while gluons are massless. The mass of the atom is further increased by the energy of the electromagnetic force. A hydrogen atom has one proton (1.6726×10^-24 g) plus an electron (9.1×10^-31 g), but the mass of the hydrogen atom is slightly higher than their sum (1.6735×10^-24 g). The mass of a composite particle is at least partly coming from the famous E = mc². The Higgs mechanism is ultimely just a way for elementary particles to have this type of energy as well, even in a void and without any other forces present. There is nothing special about it and spacetime, it works like any other field.

2 ms·

so, Higgs gives mass, and the mass curves the space to produce what the see as gravitation. I think there are some questions here to the Higgs at it seems it ha

by trhway 2y ago

tsimionescu 2y ago
Energy gives mass. The Higgs mechanism only explains the mass of the elementary particles (electrons, quarks, W and Z bosons, etc). The vast majority of the mass of everything else comes from the energy of the strong force or the electromagnetism. For example, the vast majority of the mass of a proton is explained by the immense energy of the three quarks and gluons being bound together by the strong force. The mass of the quarks themselves is only a tiny portion of that (about 1%), while gluons are massless. The mass of the atom is further increased by the energy of the electromagnetic force. A hydrogen atom has one proton (1.6726×10^-24 g) plus an electron (9.1×10^-31 g), but the mass of the hydrogen atom is slightly higher than their sum (1.6735×10^-24 g). The mass of a composite particle is at least partly coming from the famous E = mc². The Higgs mechanism is ultimely just a way for elementary particles to have this type of energy as well, even in a void and without any other forces present. There is nothing special about it and spacetime, it works like any other field.