That is my assumption. The webcast is live now if you're interested.So, this starts in about 50 minutes, right?
That is my assumption. The webcast is live now if you're interested.
http://webcast.web.cern.ch/webcast/play_higgs_alternative.html
What's stupid about the standard model?
The standard model is a bit of a kludge. It is not elegant.
But they didn't really patch the standard model though, not since the 70s.
And man, a discovery of the Higgs boson is probably going to be a great victory for the standard model (though we really don't know yet for sure).
Also, there were HUGE strides in theoretical physics in the last century.
Bohr model was published 99 years ago, we've come a long way baby.
haha soooooo many Macbooks
A theory doesn't have to be elegant. It just has to be right.
This is true. The standard model is also incomplete. I am very weak on cosmology though, so all I can do is parrot books I have read.
They have nothing. They seem to be presenting this at some high school class... Would expect big announcements to be made in a much bigger room.
They have nothing. They seem to be presenting this at some high school class... Would expect big announcements to be made in a much bigger room.
They're pretty much just showing how credible and good the detectors are at the moment. Hopefully that will lead up to a more final result on Higgs.
CMS results are Sigma 5. Zomg.
I have no idea where there was an applause...
CMS results are Sigma 5. Zomg.
From putting together various sources it seems to be that they hit 5 sigma for detecting a particle which means they are 99.999% sure that they have discovered something. A higgs like particle, but they haven't specified what it is yet?
And when you think about what it sets out to explain and the fact that it does it in just a few lines of a Lagrangian based pretty much entirely around symmetries, it's pretty damn elegant.
http://blogs.discovermagazine.com/cosmicvariance/2012/07/03/live-blogging-the-higgs-seminar/9:45 am (Sean): And now for decays into a tau lepton and an anti-tau. Another tough one to pick out over the background. Joe is surprised that they did as well as they did.
And no sign of a Higgs in that channel! Very small significance, but potentially a very intriguing result. Could mean that we have something Higgs-like, but not precisely the Standard Model Higgs.
9:46 am (John): First surprise where are the tau pair decays?
9:48 am (Sean): Total significance: 4.9 sigma. It went down because of the absence of tau decays. But that could secretly be good news!
Atlas presentation promises to be more fun
He called the powerpoint a transparency. I remember those!
So is this good or bad news?
So is this good or bad news?
I hated the projectors though, stupid misaligned, burning boxes of doom.