Is Anti-Fusion Possible? Exploring the Possibility of Anti-Matter Reactions

  • Thread starter aekanshchumber
  • Start date
In summary: Atoms lighter then iron need extra energy to fission, but they release energy in the fusion process. Atoms heavier then iron require an input of energy to fuse, but they release energy on fission.
  • #1
aekanshchumber
91
0
hello,
A thought suddenly come to mind, whether anti fission is possible or not. I selected fussion because it is much simmpler then the fission, there is no radioactive disintegration, no fast moving neutrons are ejected. Only gamma rays are emmited.
I know it sounds stupid, but i do not have enough reasons to put it away exept the law of entropy, as all the condition can be assumed to meet, just to explain.
I'd greatly appreciate any help whether in favor or against it.

Thanks
 
Last edited:
Physics news on Phys.org
  • #2
What do you mean by "anti-fusion"?? Breaking a helium atom into hydrogen atoms?

Certainly that is possible. It happens all the time in the interior of the sun, for example. It just takes energy rather than releasing it.
 
  • #3
Yes. but not only hellium,breaking carbon to hellium, as in white dwarf star.
for all the know fussions.
 
  • #4
  • #5
I know breaking up atom is known as fission. but you are mixing it with nuclear fission, where a moving neutron set up a chain reaction, but i reffered anti-fussion to the process in which we somehow just reverse the process of fussion, not breaking as in fission.
Thanx for your interest, i'd greatly appreciate your any further help.
 
Last edited:
  • #6
The moving-neutron acts as a promoting factor for the nuclear fission process which already has a tendency to ocuur. If it weren't for the unstability of the bigger nuclei, the neutron would have done nothing. So, it mainly has to do with stability.
Smaller nuclei being stable, will not really be dividable or fissionable, whatever you choose to call it.
 
  • #7
There are only two processes involved here, fusion and fission. Anti fusion is nonsense. Atoms lighter then iron need extra energy to fission, but they release energy in the fusion process. Atoms heavier then iron require an input of energy to fuse, but they release energy on fission.

In either case, fusion of lighter atoms, or fission of heavy atoms, you must add energy to start the process. Once the process is started you will get back more energy then you added, thus a net gain in energy.


Iron is at the peak of the binding energy curve, it requires additional energy to either fuse or fission. Thus iron can be seen as stellar ashes, it can no longer fuel nuclear reactions of any kind.
 
  • #8
I did not study the nuclear physics yet
but I think mantly if the fission is opposite of fussion , and you get energy with huge quantity for example :-

1 kg of uranium makes about E=mc^2 =1*(3E8)^2 = 30 , 000 , 000 giga joule

I think in your case "anti-fusion {which I think its fission with it self}" need to exerts this energy to make 1 kg of uranium grouping -------> "I just thought about that , it does not depend on scientific fundamental base" :biggrin:

I hope my answer was succeded


my regards
heaven eye
 
  • #9
Uranium under goes fission which only results in a small amount of mass being converted into energy. You're equation means 1kg of uranium would have the destructive power of a thermonuclear warhead.
 
  • #10
aekanshchumber said:
I know breaking up atom is known as fission... but i reffered anti-fussion to the process in which we somehow just reverse the process of fussion, not breaking as in fission.
That's self-contradictory. If breaking up is fission and combining is fusion, then "anti-fusion" - if there were such a thing - would be fission. Ie, how do you reverse combining atoms without breaking them up?

-Combining: two atoms becomes one. (fusion or "anti-fission")
-Breaking up: one atom becomes two. (fission)
 
Last edited:
  • #11
I think this whole concept of anti-fusion thing came out of an episode of justice league.
 
  • #12
When people either introduce something that isn't a standard nomenclature of physics, or worse, something they made up on their own, that it is the burden of those people to DEFINE what it is and use a specific example to illustrate this clearly.

Zz.
 

FAQ: Is Anti-Fusion Possible? Exploring the Possibility of Anti-Matter Reactions

What is anti-Fusion?

Anti-Fusion, also known as reverse fusion, is the process of breaking down atoms into smaller particles, releasing energy in the process. This is the opposite of fusion, which involves combining smaller particles to create larger ones, also releasing energy.

Is anti-Fusion possible?

At this point in time, anti-Fusion is not possible with current technology and understanding of physics. However, some scientists believe that it may be achievable in the future with advancements in technology and further research.

What are the potential applications of anti-Fusion?

If anti-Fusion were to become possible, it could have significant applications in energy production. It could also be used for creating new materials and studying the fundamental structures of matter.

What are the challenges in achieving anti-Fusion?

The main challenge in achieving anti-Fusion is the high amount of energy required to break down atoms. The process would also require precise control and understanding of subatomic particles, which is still a challenge for scientists.

Are there any current research efforts towards anti-Fusion?

Yes, there are ongoing research efforts towards understanding and potentially achieving anti-Fusion. Some scientists are exploring the possibility of using lasers to break down atoms, while others are studying the behavior of antimatter in hopes of harnessing its energy for anti-Fusion.

Back
Top