Antimatter from time-traveling electrons

In summary, the conversation discusses the concept of particles and anti-particles moving through time, with the usual interpretation being that an electron moving backwards in time is equivalent to a positron moving forwards in time. The question is then raised about the possibility of matter going backwards in time and leaving antimatter in its place. The speaker also mentions the theoretical impossibility of time machines and how their design would affect their potential annihilation upon initiation.
  • #1
mcmagicman530
11
0
if an electron going forwards in time generates/is equivalent to a positron going backwards in time, would matter going backwards in time leave antimatter in its place (going forwards in time)?
thanks
 
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  • #2
The usual interpretation of an electron (matter) going backwards in time is to call it a positron (anti-matter) going forwards in time. At least, I prefer to have particles and anti-particle all going forward in time.
 
  • #3
thanks. i was just wondering if you actually had a time machine, would it annihilate itself upon initiation.
 
  • #4
Yes, interesting question. That would probably depend on the design of your time machine. Unfortunately, most designs for "time machines" people come up with are theoretically impossible and such questions are void speculation.
 

Related to Antimatter from time-traveling electrons

1. What is antimatter and how is it related to time-traveling electrons?

Antimatter is a form of matter that has the opposite charge and spin of regular matter. Time-traveling electrons, or electrons that travel back in time, can potentially create antimatter by colliding with regular matter particles.

2. How do we know that time-traveling electrons can produce antimatter?

Scientists have conducted experiments that show when electrons travel back in time, they can produce antimatter by interacting with regular matter particles. This phenomenon has also been predicted by mathematical equations and theories in the field of quantum mechanics.

3. Can we harness antimatter produced by time-traveling electrons for practical use?

At this point, it is still very difficult to harness and contain antimatter for practical use. However, research is ongoing to find ways to use antimatter as a potential source of energy or for medical imaging.

4. Are there any potential dangers associated with antimatter produced by time-traveling electrons?

Yes, there are potential dangers associated with antimatter. When antimatter comes into contact with regular matter, it annihilates, releasing a vast amount of energy. Therefore, it is important for scientists to carefully handle and contain antimatter to avoid any accidents.

5. Can time-traveling electrons be used to manipulate or control antimatter?

Currently, there is no evidence to suggest that time-traveling electrons can be used to manipulate or control antimatter. However, as our understanding of quantum mechanics and time-traveling continues to evolve, this may be a possibility in the future.

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