World Domination (Part II)

Yes, I believe she's the proud possessor of BC's knife.

DERNHLEM!! What are you doing HERE?!?!

Yes, BC's knife is very shiny... Wait, wait, I didn't mean as shiny as the Can! It was all an innocent misunderstandi--

Nooooooooooooooo...
 
Perhaps, as LoL doesn't know what leptons are – would you consider trading E. Russia for all existing leptons? *evil grin*
 
(You haven't heard of that saying..."Don't buy a pig in a poke..."? Meaning...don't go for something you don't know anything about...I guess like a pig you've never seen...:eek: )

Is that something like bay leaves?
 
(Ah, I see)

Not...quite. :D

Leptons come in three familys:

Electrons, and electron neutrienos, together with their anti-particles;
Muons, and muon neutrienos, together with their anti-particles;
Tauons, and tauon neutrienos, together with their anti-particles.

And so, you see that I would control some pretty neat stuff. :D

Baryons, (sorry, spelled it wrong before :eek:) are all subatomic particles composed of THREE quarks. So, protons, neutrons, as well as other, less well known particles are baryons. Baryons and mesons together are called Hadrons. (Mesons are composed of TWO quarks.)

BTW, do you know how many families of quarks there are? :D
 
Dernhelm said:
(Ah, I see)

Not...quite.

Leptons come in three familys:

Electrons, and electron neutrienos, together with their anti-particles;
Muons, and muon neutrienos, together with their anti-particles;
Tauons, and tauon neutrienos, together with their anti-particles.

And so, you see that I would control some pretty neat stuff. :D

Baryons, (sorry, spelled it wrong before :eek:) are all subatomic particles composed of THREE quarks. So, protons, neutrons, as well as other, less well known particles are baryons. Baryons and mesons together are called Hadrons. (Mesons are composed of TWO quarks.)

BTW, do you know how many families of quarks there are? :D
Click to expand...

Uhh...I think we should switch places. YOU can be Olorin's sister...and I'll be someone else...

No. I don't. All I know about quarks is that they have spin and charm that aren't spin and charm, and that they're so tiny that we're not even sure they exist.:rolleyes:
 
Well, they are pretty sure they exist; it's just they can't isolate one, 'cause the force holding them together, rather than decreasing with distance, increases with distance. :eek:

But there are three families, just like the leptons.

Up quark, down quark
Strange quark, charmed quark
Bottom quark, top quark. Plus antiquarks.
 
If it increases with distance, just move 'em closer together and then cut 'em apart! Honestly.:rolleyes:

I tell you, it makes NO sense. Charmed quark? Is it charming?:confused: :rolleyes:
 
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