https://en.wikipedia.org/wiki/Proton–proton_chain_reactionkaroly kehrer said:How much force (<10kN) is needed to compress two protons into each other? When it happens, when they are annihilated, the energy of the released gamma rays E=Mp *c^2 ? or some are carried away by short-lived byproducts?
Regards Karoly
Proton proton annihilation is a process in which two protons collide and their energy is converted into other particles, such as photons or muons.
Proton proton annihilation is an important process in particle physics as it allows scientists to study the fundamental properties of protons and other particles involved in the annihilation.
In proton proton annihilation, the two protons collide at high energies, resulting in the creation of a large number of particles, which then decay into other particles. The energy released in this process is governed by the principles of conservation of energy and mass.
Proton proton annihilation played a crucial role in the early stages of the universe's formation. It is believed that in the first few seconds after the Big Bang, protons and antiprotons were annihilating each other, resulting in the creation of other particles and the eventual formation of matter as we know it.
To study proton proton annihilation, scientists use particle accelerators to collide protons at high energies. The resulting particles and their properties are then measured and analyzed to gain a better understanding of the process.