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a minimum, to give a home to
on D1-D7 brane intersections as fuzzy funnels on fuzzy 6-spheres
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-entry for hyperlinking references at fuzzy funnel, D1-D3 brane intersection, D1-D5 brane intersection
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-entry for hyperlinking references at generalized complex geometry and G-structure
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-entry for hyperlinking references at G-structure and at holographic QCD
(if anyone has a webpage for this author, let’s add the URL)
I have added to cotensor product a section, here, with some basics on cotensor products of comodules over commutative Hopf algebroids. The same stuff I have added also in the respective section at commutative Hopf algebroid
Morita context in works!
some trivial edits to opetope (a toc, some hyperlinks)
felt the need to split off a separate entry for circle n-group
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-entry for hyperlinking references at G-structure, M-theory on Spin(7)-manifolds, Landau-Ginzburg model, D=5 supergravity
stub for Yang monopole
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-entry for hyperlinking references at D6-D8 brane bound state, D2-D4 brane bound state, D4-D6 brane bound state, D2-D6 brane bound state and AdS/CFT, AdS3/CFT2
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-entry for hyperlinking references at D6-D8 brane bound state, D2-D4 brane bound state, D4-D6 brane bound state, D2-D6 brane bound state and AdS/CFT, AdS3/CFT2
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-entry for hyperlinking references at M-theory on 8-manifolds and at G-structure
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-entry for hyperlinking references at M-theory on Spin(7)-manifolds and at G-structure
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entry for hyperlinking references at Yang-Mills theory and Yang-Mills equations
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-entry for hyperlinking references at inhomogeneous cosmology
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-entry for hyperlinking references at massive type IIA string theory, D8-brane and D6-D8-brane bound state
stub entry, to fill in flavors of fundamental particles – table
stub entry, to fill in flavors of fundamental particles – table
stub entry, to fill in flavors of fundamental particles – table
stub, to fill in flavors of fundamental particles – table
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-entry for hyperlinking references at flavor physics
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-entry for hyperlinking references at massive type IIA supergravity
(didn’t find any webpage to point to regarding Romans; if anyone has a pointer, let’s add it)
Since there wasn’t a page octonionic Hopf fibration, I started one, copying over the start of quaternionic Hopf fibration. The weirdness of the octonions doesn’t prevent anything there, does it?
Corrected discussion of MLL and MILL, and removed redirects for MILL (those should go to linear logic.
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-entry for hyperlinking references at Dp-D(p+2)-brane bound states, M2-M5-brane bound state and at E-string
another item for the list KK-compactifications of M-theory – table
just a stubby minimum so far, for the moment just so as to record references.
starting something here. For the moment this is just the list of references which I had previously recorded at RR-field tadpole cancellation, now joined by a quick Idea-sentence and a minimal statement of the actual cancellation condition
Added a short entry on Jean-Pierre Marquis. He gave a lovely talk at the meeting in Toulouse on History, Philosophy and Homotopy The nLab was mentioned and several of the well known nLabbers and nCaféists as well. Ralf Kromer’s talk was also excellent.
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-entry for hyperlinking references at KU-local stable homotopy theory
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-entry for hyperlinking references at fuzzy sphere
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-entry for hyperlinking references at Dp-D(p+2)-brane bound states, Yang-Mills monopoles, knot invariants, chord diagrams and fuzzy spheres.
brief category:people
-entry for hyperlinking references at Dp-D(p+2)-brane bound states, Yang-Mills monopoles, knot invariants, chord diagrams and fuzzy spheres.
I just noticed and noted that Gabriella Böhm wrote a book, on generalizations in Hopf world,
There is now an extremely stubby stub at stack semantics.
Created a page on Sanjeevi Krishnan, who works in directed homotopy and its applications.