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Anti-particle is particle that moves back in time ? Jonh Wheeler has an argument about it ?
Is this really true ?
How this works ?
Thanks
Is this really true ?
How this works ?
Thanks
No it is not. Mathematically there are some similarities in some models, but that is all.Arman777 said:Anti-particle is particle that moves back in time ?
I am sad :( I didnt expect this answer...mfb said:No it is not. Mathematically there are some similarities in some models, but that is all.
Arman777 said:I am sad :( I didnt expect this answer...
An anti-particle always move forward in anti-time...[COLOR=#black].[/COLOR]Arman777 said:Anti-particle is particle that moves back in time ?
Anti-time ?OCR said:An anti-particle always move forward in anti-time...[COLOR=#black].[/COLOR]
[COLOR=#black] .[/COLOR]...nhoJ seod os ,tcaf sa siht wonk I
Arman777 said:Anti-time ?
Yes, however, the explanation only exist in the future, but I can give you a preview...[COLOR=#black].[/COLOR]Arman777 said:Anti-time ?
Yes, it was a joke on me... lolDrakkith said:I expect that was a joke on OCR's part.
This part is really true, Arman777... it was a postulate, proposed by John Wheeler to Richard Feynman, alluding to the one-electron universe...[COLOR=#black].[/COLOR]Arman777 said:Is this really true ?
I heard that.But ita not a correct idea..OCR said:This part is really true, Arman777... it was a postulate, proposed by John Wheeler to Richard Feynman, alluding to the one-electron universe...[COLOR=#black].[/COLOR]
So... no need to be sad...[COLOR=#black] [/COLOR]
An anti-particle is a type of particle that has the same mass and spin as a regular particle, but with opposite charge. For example, the anti-particle of an electron is a positron, which has the same mass as an electron but with a positive charge instead of a negative charge.
The concept of an anti-particle moving back in time is based on the theory of antiparticles being the mirror image of regular particles in time. This is known as time reversal symmetry. However, in reality, anti-particles move forward in time just like regular particles. The idea of them moving back in time is just a mathematical representation.
No, anti-particles cannot time travel. The concept of an anti-particle moving back in time is only a mathematical representation and does not reflect any physical reality. Time travel is currently not possible according to our current understanding of physics.
Anti-particles can be created in high-energy collisions, such as those that occur in particle accelerators. When a particle and its corresponding anti-particle collide, they annihilate each other, producing energy in the form of photons. This is how scientists can detect the presence of anti-particles.
Anti-particles play a crucial role in our understanding of fundamental particles and their interactions. They can help explain phenomena such as symmetries in the laws of physics and the balance of matter and anti-matter in the universe. Additionally, the production and study of anti-particles have led to advances in technology, such as medical imaging techniques like PET scans.