On Mar 6, 2:05 am, sunyb...@gmail.com wrote:
> It was said in one reference, that except for higgs boson, 61 in 62
> elementary particles predicted by Standard Model has been supported or
> discovered experimentaly.
> what is the 62 elementary particles?
http://pdg.lbl.gov
That will spare me some time to try to write all those greek
characters here.
PD
> It was said in one reference, that except for higgs boson, 61 in 62
> elementary particles predicted by Standard Model has been supported or
> discovered experimentaly.
> what is the 62 elementary particles?
What is the reference? Are you sure there are 62? I only get 43
counting a Higgs. 12 Gauge bosons, 12 leptons, and 18 quarks.
Regards,
Fred Diether
Moderator sci.physics.foundations
FrediFizzx - 07 Mar 2007 05:51 GMT
>> It was said in one reference, that except for higgs boson, 61 in 62
>> elementary particles predicted by Standard Model has been supported
[quoted text clipped - 4 lines]
> What is the reference? Are you sure there are 62? I only get 43
> counting a Higgs. 12 Gauge bosons, 12 leptons, and 18 quarks.
Whoops! Forgot the anti-quarks. So that gives 61 counting the Higgs.
What did I miss?
> Regards,
>
> Fred Diether
> Moderator sci.physics.foundations
On Mar 6, 12:05 am, sunyb...@gmail.com wrote:
> It was said in one reference, that except for higgs boson, 61 in 62
> elementary particles predicted by Standard Model has been supported or
> discovered experimentaly.
> what is the 62 elementary particles?
seems a bit subjective...
d|u,s|c,b|t e,µ,τ (gravitals a'missing) νe,νμ,ντ (other dark exotics)
gg,γq,gm Z,W,H X,A,W
-Aut
Autymn D. C. - 10 Mar 2007 12:28 GMT
> d|u,s|c,b|t e,µ,τ (gravitals a'missing) νe,νμ,ντ (other dark exotics)
> gg,γq,gm Z,W,H X,A,W
Oops, that should be Y.