When anti-matter and matter collide are they destroyed?

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When antimatter and matter collide, they annihilate each other, producing energy, which raises questions about the conservation of matter. While the law of conservation states that matter cannot be created or destroyed, in high-energy physics, matter can transform into energy. Atoms, which are composed of smaller particles, can be altered or destroyed under certain conditions, challenging the simplicity of traditional physics teachings. The discussion highlights the complexity of particle physics compared to basic educational concepts. Understanding these principles requires a deeper exploration of the fundamental laws governing matter and energy.
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When anti-matter and matter collide , they say they both annihilate however isn't it known according to the law of conservation that matter can't be created nor destroyed.
This confuses me.
 
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Energy can't be created or destroyed, matter can (it can turn into energy).
 
Energy, and by extension mass, cannot be created or destroyed, only moved around. Matter can and is destroyed all the time.
 
OH! My physics teacher told me that atoms may not be created or destroyed and so does my school textbook.
 
Karimspencer said:
OH! My physics teacher told me that atoms may not be created or destroyed and so does my school textbook.

At the level you are being thought, that is accurate. But here, you are trying to play with the Big Boys. The rules may be different, and injuries are common.

Zz.
 
Karimspencer said:
OH! My physics teacher told me that atoms may not be created or destroyed and so does my school textbook.

I don't know what grade you are in, but I'd guess that your book and teacher are either just plain wrong, or are just keeping things simple. An atom is a composite particle, meaning that it is made up of smaller particles, specifically the Proton, Neutron, and Electron for atoms in normal matter. It is entirely possible to change an atom and even take it apart completely in certain situations, thus rendering it no longer an atom.
 
So I know that electrons are fundamental, there's no 'material' that makes them up, it's like talking about a colour itself rather than a car or a flower. Now protons and neutrons and quarks and whatever other stuff is there fundamentally, I want someone to kind of teach me these, I have a lot of questions that books might not give the answer in the way I understand. Thanks
I am attempting to use a Raman TruScan with a 785 nm laser to read a material for identification purposes. The material causes too much fluorescence and doesn’t not produce a good signal. However another lab is able to produce a good signal consistently using the same Raman model and sample material. What would be the reason for the different results between instruments?
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