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What are D-branes (in a topological field theory)?
Atiyah's definitions of Topological Quantum Field TheoryPrerequisites for ‘Quantum field theory and representation theory: a sketch’ [arXiv:hep-th/0206135]In what sense is quantum field theory mathematically incomplete?(Topological quantum field theory) identifying objects of cobordism categoryTopological Quantum Field theoriesWhy is a Topological Field Theory equivalent to a Frobenius algebra?Topological Quantum Field TheoryLiterature recommendation: Algebraic Quantum Field TheoryQuestion on Turaev's paper about axioms for topological quantum field theoryField Theory Phase Factor vs Anomaly
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In the past couple years, I've read many words pertaining to D-branes without feeling I have really comprehended them. In broad terms, I think I get what they're about: They're supposed to serve as habitats for the ends of open strings and can be viewed as submanifolds (of the target manifold in a sigma model), possibly augmented with a vector bundle, or a sheaf of [somethings], or maybe some other kind of label. (Please correct me if I got that wrong.)
In the hopes of tightening my grasp on the concept, here are some of the questions that have been nagging me during my reading.
- What specifically is the definition of a D-brane, say in the context of a topological field theory? (Or what are the most promising provisional definitions?) What references are most accessible to a mathematical audience?
- What picture should I have in my head when an author talks about "the moduli space of D-branes"?
- What is the idea behind the "dynamics of D-branes" that researchers sometimes talk about? (Perhaps when I understand better how to think about these gadgets, it will be easier to conceive of how they should change over time.)
- What goes into verifying (or at least asserting/conjecturing) that the elements of twisted K-theory classify D-brane charges?
(I considered putting this on MO, but it feels too basic relative to what TFT people talk about there for it to be appropriate.)
reference-request mathematical-physics quantum-field-theory moduli-space topological-quantum-field-theory
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add a comment |
$begingroup$
In the past couple years, I've read many words pertaining to D-branes without feeling I have really comprehended them. In broad terms, I think I get what they're about: They're supposed to serve as habitats for the ends of open strings and can be viewed as submanifolds (of the target manifold in a sigma model), possibly augmented with a vector bundle, or a sheaf of [somethings], or maybe some other kind of label. (Please correct me if I got that wrong.)
In the hopes of tightening my grasp on the concept, here are some of the questions that have been nagging me during my reading.
- What specifically is the definition of a D-brane, say in the context of a topological field theory? (Or what are the most promising provisional definitions?) What references are most accessible to a mathematical audience?
- What picture should I have in my head when an author talks about "the moduli space of D-branes"?
- What is the idea behind the "dynamics of D-branes" that researchers sometimes talk about? (Perhaps when I understand better how to think about these gadgets, it will be easier to conceive of how they should change over time.)
- What goes into verifying (or at least asserting/conjecturing) that the elements of twisted K-theory classify D-brane charges?
(I considered putting this on MO, but it feels too basic relative to what TFT people talk about there for it to be appropriate.)
reference-request mathematical-physics quantum-field-theory moduli-space topological-quantum-field-theory
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1
$begingroup$
I don't see why this couldn't be posted on MO, if it doesn't generate useful answers here.
$endgroup$
– Matt E
Oct 21 '10 at 19:40
1
$begingroup$
Also consider re-asking at physics.stackexchange.com !
$endgroup$
– Tobin Fricke
Dec 2 '10 at 0:37
add a comment |
$begingroup$
In the past couple years, I've read many words pertaining to D-branes without feeling I have really comprehended them. In broad terms, I think I get what they're about: They're supposed to serve as habitats for the ends of open strings and can be viewed as submanifolds (of the target manifold in a sigma model), possibly augmented with a vector bundle, or a sheaf of [somethings], or maybe some other kind of label. (Please correct me if I got that wrong.)
In the hopes of tightening my grasp on the concept, here are some of the questions that have been nagging me during my reading.
- What specifically is the definition of a D-brane, say in the context of a topological field theory? (Or what are the most promising provisional definitions?) What references are most accessible to a mathematical audience?
- What picture should I have in my head when an author talks about "the moduli space of D-branes"?
- What is the idea behind the "dynamics of D-branes" that researchers sometimes talk about? (Perhaps when I understand better how to think about these gadgets, it will be easier to conceive of how they should change over time.)
- What goes into verifying (or at least asserting/conjecturing) that the elements of twisted K-theory classify D-brane charges?
(I considered putting this on MO, but it feels too basic relative to what TFT people talk about there for it to be appropriate.)
reference-request mathematical-physics quantum-field-theory moduli-space topological-quantum-field-theory
$endgroup$
In the past couple years, I've read many words pertaining to D-branes without feeling I have really comprehended them. In broad terms, I think I get what they're about: They're supposed to serve as habitats for the ends of open strings and can be viewed as submanifolds (of the target manifold in a sigma model), possibly augmented with a vector bundle, or a sheaf of [somethings], or maybe some other kind of label. (Please correct me if I got that wrong.)
In the hopes of tightening my grasp on the concept, here are some of the questions that have been nagging me during my reading.
- What specifically is the definition of a D-brane, say in the context of a topological field theory? (Or what are the most promising provisional definitions?) What references are most accessible to a mathematical audience?
- What picture should I have in my head when an author talks about "the moduli space of D-branes"?
- What is the idea behind the "dynamics of D-branes" that researchers sometimes talk about? (Perhaps when I understand better how to think about these gadgets, it will be easier to conceive of how they should change over time.)
- What goes into verifying (or at least asserting/conjecturing) that the elements of twisted K-theory classify D-brane charges?
(I considered putting this on MO, but it feels too basic relative to what TFT people talk about there for it to be appropriate.)
reference-request mathematical-physics quantum-field-theory moduli-space topological-quantum-field-theory
reference-request mathematical-physics quantum-field-theory moduli-space topological-quantum-field-theory
edited 2 days ago
Andrews
1,2691421
1,2691421
asked Oct 21 '10 at 18:10
Dan KneezelDan Kneezel
43126
43126
1
$begingroup$
I don't see why this couldn't be posted on MO, if it doesn't generate useful answers here.
$endgroup$
– Matt E
Oct 21 '10 at 19:40
1
$begingroup$
Also consider re-asking at physics.stackexchange.com !
$endgroup$
– Tobin Fricke
Dec 2 '10 at 0:37
add a comment |
1
$begingroup$
I don't see why this couldn't be posted on MO, if it doesn't generate useful answers here.
$endgroup$
– Matt E
Oct 21 '10 at 19:40
1
$begingroup$
Also consider re-asking at physics.stackexchange.com !
$endgroup$
– Tobin Fricke
Dec 2 '10 at 0:37
1
1
$begingroup$
I don't see why this couldn't be posted on MO, if it doesn't generate useful answers here.
$endgroup$
– Matt E
Oct 21 '10 at 19:40
$begingroup$
I don't see why this couldn't be posted on MO, if it doesn't generate useful answers here.
$endgroup$
– Matt E
Oct 21 '10 at 19:40
1
1
$begingroup$
Also consider re-asking at physics.stackexchange.com !
$endgroup$
– Tobin Fricke
Dec 2 '10 at 0:37
$begingroup$
Also consider re-asking at physics.stackexchange.com !
$endgroup$
– Tobin Fricke
Dec 2 '10 at 0:37
add a comment |
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$begingroup$
I don't see why this couldn't be posted on MO, if it doesn't generate useful answers here.
$endgroup$
– Matt E
Oct 21 '10 at 19:40
1
$begingroup$
Also consider re-asking at physics.stackexchange.com !
$endgroup$
– Tobin Fricke
Dec 2 '10 at 0:37