Anti hydrogen - hydrogen annihilation

Thread starter God Plays Dice
Start date Dec 28, 2015
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Annihilation Hydrogen

In summary, "Anti hydrogen-hydrogen annihilation" is a process where an antihydrogen atom and a hydrogen atom collide and release a large amount of energy in the form of gamma rays. This is different from regular matter-antimatter annihilation, as it involves different types of particles colliding. Studying this process can help us better understand antimatter and its interaction with regular matter, potentially leading to new technologies and insights into the laws of physics. This is studied in the laboratory using particle accelerators and specialized equipment, and could have applications in fields such as medical imaging, nuclear energy, and space propulsion. It could also provide insights into the early universe and dark matter.

Dec 28, 2015

God Plays Dice

I would like to know what exactly hydrogen and anti hydrogen decay products are.

Thanks

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Dec 28, 2015

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Did you google it?

Mainly pions, other products are rare. Plus two or three photons in case of neutral atoms if (!) the electron and positron annihilate as well.

Related to Anti hydrogen - hydrogen annihilation

1. What is "Anti hydrogen-hydrogen annihilation"?

"Anti hydrogen-hydrogen annihilation" is a process in which an antihydrogen atom and a hydrogen atom collide and annihilate each other, releasing a large amount of energy in the form of gamma rays.

2. How is "Anti hydrogen-hydrogen annihilation" different from regular matter-antimatter annihilation?

Unlike regular matter-antimatter annihilation, which typically occurs between a particle and its corresponding antiparticle (e.g. an electron and a positron), "Anti hydrogen-hydrogen annihilation" involves the collision of two different types of particles - an antihydrogen atom and a hydrogen atom.

3. What is the significance of studying "Anti hydrogen-hydrogen annihilation"?

Studying "Anti hydrogen-hydrogen annihilation" can help us better understand the properties of antimatter and its interaction with regular matter. This research can also provide insights into the fundamental laws of physics and potentially lead to new technologies.

4. How is "Anti hydrogen-hydrogen annihilation" studied in the laboratory?

Scientists use particle accelerators to create and trap antihydrogen atoms, and then collide them with hydrogen atoms using specialized equipment. They then analyze the resulting annihilation products to gather data on the process.

5. What potential applications could come from research on "Anti hydrogen-hydrogen annihilation"?

Research on "Anti hydrogen-hydrogen annihilation" could potentially lead to advancements in fields such as medical imaging, nuclear energy, and space propulsion. It could also help us understand the early universe and the nature of dark matter.