Demolecularization using antimatter

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In summary, the conversation discusses the possibility of artificially generating positrons and using them to demolecularize compounds. However, it is not possible due to the high energy requirement of creating positrons, which is much greater than the energy needed to break bonds in compounds. Therefore, using positrons to demolecularize compounds is not feasible.
  • #1
barthman221
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TL;DR Summary
Wondering if it's possible to create positrons artificially
So is it at all possible to artificially generate positrons in extremely large quantities. If so then wouldn't it be possible to shoot them in a constant stream and demolecularize anything they touch?
 
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  • #2
What does "demolecularize" mean?
 
  • #3
Vanadium 50 said:
What does "demolecularize" mean?
To separate molecules
 
  • #4
Into what?

And seriously, if it isn't worth your time to spend m ore than three words clarifying your question, why is it worth any of our time to answer it?
 
  • #5
Sorry didnt mean to be rude. Demolecularization is destroying the electron bonds in a compound sending it back to its original atomic state.
 
  • #6
If were at all possible to create positrons like that, then I could shoot them at compounds like water or CO2 and separate them into their original atoms.
 
  • #7
barthman221 said:
original atomic state

Well, it's not so clear that this is "original" in any real sense, but the answer is that positrons not only have enough energy to disrupt bonds, they also have enough energy to disrupt atoms, so the answer is "no".
 
  • #8
It takes about 4 eV to turn a water molecule into hydrogen and oxygen. To create a positron, you need at least one million eV.
 
  • #9
Vanadium 50 said:
Well, it's not so clear that this is "original" in any real sense, but the answer is that positrons not only have enough energy to disrupt bonds, they also have enough energy to disrupt atoms, so the answer is "no".
Ok thanks
 
  • #10
Gigaz said:
It takes about 4 eV to turn a water molecule into hydrogen and oxygen. To create a positron, you need at least one million eV.
Ok thanks
 

What is demolecularization using antimatter?

Demolecularization using antimatter is a theoretical process in which matter is broken down into its smallest components, or molecules, using antimatter. Antimatter is the opposite of regular matter and has the potential to release large amounts of energy when it comes into contact with matter.

How does demolecularization using antimatter work?

The process of demolecularization using antimatter involves creating a controlled reaction between antimatter particles and matter particles. When these two types of particles collide, they annihilate each other and release large amounts of energy. This energy can then be harnessed to break down the molecules of the matter being targeted.

What are the potential applications of demolecularization using antimatter?

Demolecularization using antimatter has the potential to be used in a variety of fields, including medicine, energy production, and waste management. It could potentially be used to break down harmful molecules in the human body, create clean and efficient energy, and eliminate hazardous waste materials.

What are the challenges of implementing demolecularization using antimatter?

One of the main challenges of implementing demolecularization using antimatter is the production and containment of antimatter. Antimatter is extremely rare and difficult to produce, and it must be stored in highly specialized and controlled environments to prevent it from coming into contact with regular matter and causing dangerous reactions.

Is demolecularization using antimatter possible?

While the concept of demolecularization using antimatter is theoretically possible, it is currently not feasible with our current technology. The production and containment of antimatter is still a major challenge, and more research and advancements in technology are needed before demolecularization using antimatter can become a reality.

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