Does a Tau Particle Bind with a Virtual Tau-antineutrino?

[talanum1]

My model just allows a tau particle to decay if it binds with a tau-antineutrino: tau + tau antineutrino + tau-neutrino -> electron + electron anti-nuetrino + tau neutrino or anti-ud + tau neutrino -> electron + electron anti-nuetrino + tau neutrino. The time taken for decay, however, does not allow for this binding. Do the tau therefore bind with a virtual tau antineutrino?

 

[The Irish Ram]

yes

 

[trevorjohnson83]

yes

give someone else a chance to respond thread hog

 

[scruffy]

I'm just starting to learn about symmetry. It seems simple but it's not. Even the relationship between discrete symmetry and continuous symmetry is difficult.

 

[the watcher]

Does a Tau Particle Bind with a Virtual Tau-antineutrino?​

That's some new racist code isn't it?

 

[talanum1]

Does a Tau Particle Bind with a Virtual Tau-antineutrino?​

That's some new racist code isn't it?

No.

In which case: is the resulting particle virtual or real?

 

[Churchill]

My model just allows a tau particle to decay if it binds with a tau-antineutrino: tau + tau antineutrino + tau-neutrino -> electron + electron anti-nuetrino + tau neutrino or anti-ud + tau neutrino -> electron + electron anti-nuetrino + tau neutrino. The time taken for decay, however, does not allow for this binding. Do the tau therefore bind with a virtual tau antineutrino?

and so on and so forth...

 

[talanum1]

That formula you quoted is illegal as a tau-antineutrino was not also created. It you insist on it, you must explain it that the tau-neutrino was part of the tau: that is ridiculous. My formulas respects the "only particle-antiparticle creation" rule.

My formulas are too elegant to be untrue.

 

[talanum1]

If you say the tau changed into energy and the energy changed into the particles, I say this can't happen because neither of the three have a corresponding anti-particle.