Higgs Bosons in the centre of Black holes or extremely large stars With the discovery of the Higgs Boson as the mass carrier, what is the possibility at the centre of a black hole being so dense and gravity so infinite that the structure of a proton or neutron are ripped apart into their fundamental elements by these extreme energies that Higgs Bosons are massed together at the centre, while the remaining massless subatomic particles are just outside this layer, similar to an onion  (Similar to a star as more elements fuse together they become more dense, and gravity forces them to the centre again like an onion)
No. That's not what a black hole is. A black hole is a vacuum solution to general relativity. In other words a black hole is just mass, without a "thing" left to be massive. The mass is collapsed to a singularity, and is surrounded by an event horizon.

If you pass over the event horizon, every path you can take in will lead you to the singularity. In this sense the singularity is more like a point in time than a point in space. You can't "see" the singularity, since it is always in your future (you can only see things that are in the past)

There is no "thing" at the singularity, There are no protons neutrons or higgs bosons, and any that are formed will find themselves at the singularity, and ceasing to exist in a short time. 

So black holes are very very weird. They can't be easily understood my analogy. They are understood in terms of Einstein's mathematical theory of general relativity.