Joined: Sun Oct 17, 2004 12:40 am Posts: 25451 Location: 111 Archer Ave.
Quote:
Instantons in UV SYM theory are SU(Q5) gauge fields A6,7,8,9(ξa; x6, ..., x9) with field strengths which satisfy F=∗4F, where ∗4 is the epsilon in M4 and ξa are the moduli parameters. The dimension of moduli space for Q1 in scalar decoupling SU(Q5) is 4k
Is this a clever equation that comes off as gibberish to anyone without an inclination towards (quantum?) physics? For as long as I can remember, I've wondered about this signature. What does it mean? What are it's implications? Is it a joke? Is it the secret to life?
Instantons in UV SYM theory are SU(Q5) gauge fields A6,7,8,9(ξa; x6, ..., x9) with field strengths which satisfy F=∗4F, where ∗4 is the epsilon in M4 and ξa are the moduli parameters. The dimension of moduli space for Q1 in scalar decoupling SU(Q5) is 4k
Is this a clever equation that comes off as gibberish to anyone without an inclination towards (quantum?) physics? For as long as I can remember, I've wondered about this signature. What does it mean? What are it's implications? Is it a joke? Is it the secret to life?
I think that signature must imply that he's smarter than all of us.
_________________ "A waffle is like a pancake with a syrup trap." - Mitch Hedberg
Instantons in UV SYM theory are SU(Q5) gauge fields A6,7,8,9(ξa; x6, ..., x9) with field strengths which satisfy F=∗4F, where ∗4 is the epsilon in M4 and ξa are the moduli parameters. The dimension of moduli space for Q1 in scalar decoupling SU(Q5) is 4k
Is this a clever equation that comes off as gibberish to anyone without an inclination towards (quantum?) physics? For as long as I can remember, I've wondered about this signature. What does it mean? What are it's implications? Is it a joke? Is it the secret to life?
I think that signature must imply that he's smarter than all of us.
Instantons in UV SYM theory are SU(Q5) gauge fields A6,7,8,9(ξa; x6, ..., x9) with field strengths which satisfy F=∗4F, where ∗4 is the epsilon in M4 and ξa are the moduli parameters. The dimension of moduli space for Q1 in scalar decoupling SU(Q5) is 4k
Is this a clever equation that comes off as gibberish to anyone without an inclination towards (quantum?) physics? For as long as I can remember, I've wondered about this signature. What does it mean? What are it's implications? Is it a joke? Is it the secret to life?
I think that signature must imply that he's smarter than all of us.
Why does he have to rub our noses in it though?
I don't know. If I really applied myself (I'm not planning on it!) I could probably figure out what that signature means, though. Just sayin..
_________________ "A waffle is like a pancake with a syrup trap." - Mitch Hedberg
Instantons in UV SYM theory are SU(Q5) gauge fields A6,7,8,9(ξa; x6, ..., x9) with field strengths which satisfy F=∗4F, where ∗4 is the epsilon in M4 and ξa are the moduli parameters. The dimension of moduli space for Q1 in scalar decoupling SU(Q5) is 4k
Is this a clever equation that comes off as gibberish to anyone without an inclination towards (quantum?) physics? For as long as I can remember, I've wondered about this signature. What does it mean? What are it's implications? Is it a joke? Is it the secret to life?
I think that signature must imply that he's smarter than all of us.
Why does he have to rub our noses in it though?
I don't know. If I really applied myself (I'm not planning on it!) I could probably figure out what that signature means, though. Just sayin..
Users browsing this forum: No registered users and 21 guests
You cannot post new topics in this forum You cannot reply to topics in this forum You cannot edit your posts in this forum You cannot delete your posts in this forum You cannot post attachments in this forum