I like your thinking. Matter and antimatter are made of the same stuff. It's just that they are in different configurations. Giving antimatter the opposite charge of what we consider to be matter.
Its this charge difference that allows matter/antimatter collisions to occur with little to no...
For starters get two protons together and they will explode also. The reason why antimatter is most talked about in this respect is that the pair doesn't repel instead they attract one another and hence can join the same space more readily.
As for the interaction difference of the Higgs to...
Fluctuations... Assume we built a device to create a wormhole(Stargate-except they need a gate on the other side) The energy input we give it would be steady. The particles we inject into it would be at very precise intervals, else we may not know where the end opens at or how large the tube...
As for pi, it does ascribe the curve of a circle or something traveling in a circle. But if pi never truly terminates on a final number then wouldn't the circle never quite be perfect.
If so then in trying to understand the way energy flows and why it flows the way it does at the quantum...
Possible bridge approach to descibing wormholes...
Wormhole is just a tube connecting two points. This tube since not seen must be extremely small as to not affect the areas of space which it travels through.
The walls would be ultra dense gravitational fields which feed back upon itself...
No one theory or model will work in this universe...After all why solve for the flow rate of a river on Mars if all you need to know is the weight distribution curve for the foundation of a mega structure in toronto!
That is the underlying problem with trying to find a theory of everything...
This would be my take... First yes they callapse into 0 or 1... However a quantum computer wouldn't just be measuring one of these. There would be a whole block or wall of them(picture an entire RAM chip all gig or so of one's and zero's). All in this superpositional state between zero and one...