On the positive negative assumption there may be others who do not understand the importance of the HB and may enjoy the informative replies my question here may generate I post this post which may seem silly but is my way of trying to get a handle on why such huge sums of money are being spent on this small matter which must have huge relevance to confirming the assembly of theories that make up the "cold dark matter standard model" ...
So with respect and anticipartion of interesting input from members I ask what is the HB particle anyways



...
my understanding is limited and perhaps incorrect but my understanding of the HB is that it is a particle (a fundamental particle which I assume means it has no moving parts


I guess) that (said HB) gives other particles mass... and that the HB so far has not been observed whereas all the other particles predicted by the "standard model" have been observed...
Could it be that earlier theory that asserted there were particles with no mass be incorrect?..
It would seem reasonable that "anything" no matter how small would have mass even if humans could not detect it..(via observation as opposed to math determination)
So is the HB absolutely necessary for the standard model to remain valid?
Does the standard model have HB's flying around all over the place through out the entire universe and therefore available to any matter that needs mass?
or does the HB reside within all matter and particles?... and if so how can a fundamental particle gain its mass (being fundamental to me suggests a unity of that particle that would eliminate the opportunity of inclusion of any other particle ..even a HB.
If we are in outter space..say in one of the massive voids ..the realm of nothing... will we have HB's flying around ready to give mass to any particle that may need it...or must HB's be bound always to matter such we must smash stuff to observe one or two disappearing into the distance...and if we set one or two free where will they go?
Could a black hole simply be where many HB's come to rest such that there is a massive concentration of these mass giving particles?
alex

