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-----quote from Woit, March 19 blog----
The Holy Grail of Physics
It's pretty common these days for people to refer to successfully quantizing general relativity as "the Holy Grail of Physics", but it seems to me that there is a different problem that better deserves this name:
"Why does the vacuum state break electroweak gauge symmetry?"
If we could answer this question, we'd probably understand where masses of particles come from, as well as just about all of the undetermined parameters of the standard model (except for a couple ratios of the strengths of the gauge interactions). The exciting thing about this problem is that we have good reason to expect experiments to give us some new clues about it in 2008 when data from the LHC begins to come in...
-----end quote---
any comment?
The Holy Grail of Physics
It's pretty common these days for people to refer to successfully quantizing general relativity as "the Holy Grail of Physics", but it seems to me that there is a different problem that better deserves this name:
"Why does the vacuum state break electroweak gauge symmetry?"
If we could answer this question, we'd probably understand where masses of particles come from, as well as just about all of the undetermined parameters of the standard model (except for a couple ratios of the strengths of the gauge interactions). The exciting thing about this problem is that we have good reason to expect experiments to give us some new clues about it in 2008 when data from the LHC begins to come in...
-----end quote---
any comment?