This bubble could be the model of the W boson.

W boson is the transmitter of weak nuclear interaction. And that boson is extremely short-living. So if the weak interaction is the pulling effect between neutron south and other neutrons north pole the W boson could look like this water bubble. 

The small and very narrow bridge between the north and south poles of the neutrons acts as a tensor. The thing is that when that energy pike forms it travels through the hole between those poles. That energy bridge is like the string. That string forms the bond that keeps neutrons together in the nucleus of atoms. And then the protons are trapped between those neutrons. 

And that tensor is like the small water statue in that bubble. When that tensor bridge between neutrons forms it pushes the quantum field away from its route. That expanding quantum field forms the bubble that exists for only a short moment. That quantum field could be the thing called W boson. If that thing is true, it would explain why the weak nuclear force is like electromagnetism. It's simply one version of the electromagnetic interaction. But the scale of the weak interaction is smaller than "regular" electromagnetism. 

https://miraclesofthequantumworld.blogspot.com/