What is this H+ particle, is it related to the Higgs Bosons and is it proven?

[HarryDaniels]

I am currently looking at a diagram of a top and anti top decay. The anti top decays into a weak boson and an anti bottom and the weak then decays into an electron and electron anti-neutrino. On the other side the top decays into a H+ particle and a bottom.

What is this H+ particle, is it related to the Higgs Bosons and is it proven?

 

[jtbell]

I am currently looking at a diagram

Where?

 

[HarryDaniels]

Doesnt matter now, it was a google picture which wasnt objective, sorry for the post.

 

[Edi]

H+ particle associates for me with a .. hydrogen ion - basically a proton..

 

[HarryDaniels]

Thanks.
And I meant a tauon anti-tauon.

 

[ansgar]

The charged Higgs boson, in supersymmetric extensions to the standard model and two-Higgs doublet models.

 

[HarryDaniels]

Does that mean that the Higgs boson is proven?

 

[ansgar]

Does that mean that the Higgs boson is proven?

what do you mean "proven"?

There is no connection between Feynman diagrams and what is seen in experiments... I can make up any model and thus Feynman diagrams I want... what makes you think that just because there is a certain Feynman diagram that must reflect the physical reality?

 

[turin]

And I meant a tauon anti-tauon.

tau decays to b,H? There are at least two things wrong with that, I think.

 

[higgsnerd137]

what do you mean "proven"?

There is no connection between Feynman diagrams and what is seen in experiments... I can make up any model and thus Feynman diagrams I want... what makes you think that just because there is a certain Feynman diagram that must reflect the physical reality?

one of the rules of Feynman diagrams is that it has to represent a possible process that can occur in nature.

 

[higgsnerd137]

I am currently looking at a diagram of a top and anti top decay. The anti top decays into a weak boson and an anti bottom and the weak then decays into an electron and electron anti-neutrino. On the other side the top decays into a H+ particle and a bottom.

What is this H+ particle, is it related to the Higgs Bosons and is it proven?

in one of my books, i have that t decays to a W which then decays into an anti muon and muon neutrino.