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2-category 2-category-theory abelian-categories adjoint algebra algebraic algebraic-geometry algebraic-topology analysis analytic-geometry arithmetic arithmetic-geometry book bundles calculus categorical categories category category-theory chern-weil-theory cohesion cohesive-homotopy-type-theory cohomology colimits combinatorics complex complex-geometry computable-mathematics computer-science constructive cosmology deformation-theory descent diagrams differential differential-cohomology differential-equations differential-geometry digraphs duality elliptic-cohomology enriched fibration foundation foundations functional-analysis functor gauge-theory gebra geometric-quantization geometry graph graphs gravity grothendieck group group-theory harmonic-analysis higher higher-algebra higher-category-theory higher-differential-geometry higher-geometry higher-lie-theory higher-topos-theory homological homological-algebra homotopy homotopy-theory homotopy-type-theory index-theory integration integration-theory internal-categories k-theory lie-theory limits linear linear-algebra locale localization logic mathematics measure measure-theory modal modal-logic model model-category-theory monad monads monoidal monoidal-category-theory morphism motives motivic-cohomology nlab noncommutative noncommutative-geometry number-theory of operads operator operator-algebra order-theory pages pasting philosophy physics pro-object probability probability-theory quantization quantum quantum-field quantum-field-theory quantum-mechanics quantum-physics quantum-theory question representation representation-theory riemannian-geometry scheme schemes set set-theory sheaf simplicial space spin-geometry stable-homotopy-theory stack string string-theory superalgebra supergeometry svg symplectic-geometry synthetic-differential-geometry terminology theory topology topos topos-theory tqft type type-theory universal variational-calculus

1. • CommentRowNumber1.
   • CommentAuthorUrs
   • CommentTimeMay 10th 2022
   • (edited May 10th 2022)
   • PermaLink
   Author: Urs
   Format: MarkdownItexFor what it's worth, for bib-items I am trying to stick to this formatting convention: * [[First Last]], *Title*, Journal, **vol** num (year) page-page $[$[arXiv:xxxxxx](), [doi:10.1007/xxxxxx]()$]$ That's essentially what I have been doing for a while now, except that lately I came to think of putting those square brackets around the web-links, which seems to make good sense. Just to beware that in Instiki a square bracket preceding a link needs escaping to prevent the parser from seeing a double square bracket command. So currently I am coding this using math mode: * [[First Last]], *Title*, Journal, **vol** num (year) page-page $[$[arXiv:xxxxxx](url), [doi:10.1007/xxxxxx](url)$]$

   For what it’s worth, for bib-items I am trying to stick to this formatting convention:

   • First Last, Title, Journal, vol num (year) page-page $[$arXiv:xxxxxx, doi:10.1007/xxxxxx$]$

   That’s essentially what I have been doing for a while now, except that lately I came to think of putting those square brackets around the web-links, which seems to make good sense.

   Just to beware that in Instiki a square bracket preceding a link needs escaping to prevent the parser from seeing a double square bracket command. So currently I am coding this using math mode:

       * [[First Last]], *Title*, Journal, **vol** num (year) page-page $[$[arXiv:xxxxxx](url), [doi:10.1007/xxxxxx](url)$]$
   

2. • CommentRowNumber2.
   • CommentAuthorDavidRoberts
   • CommentTimeMay 10th 2022
   • PermaLink
   Author: DavidRoberts
   Format: MarkdownItexI like it. Is there another way of escaping the rendering, though? I'd have to have a play in the [[Sandbox]], but you've probably already had a go at different options.

   I like it. Is there another way of escaping the rendering, though? I’d have to have a play in the Sandbox, but you’ve probably already had a go at different options.

3. • CommentRowNumber3.
   • CommentAuthorUrs
   • CommentTimeJun 26th 2022
   • PermaLink
   Author: Urs
   Format: MarkdownItexOver [here](https://nforum.ncatlab.org/discussion/7707/peano-curve/?Focus=100323#Comment_100323) an anonymous user points out that (besides the inconvenient escaping by a unicode hex character) there is also the escaping of the square brackets by `[` and `]` For the record: * [[First Last]], *Title*, Journal, **vol** num (year) page-page [[arXiv:xxxxxx](url), [doi:10.1007/xxxxxx](url)] * [[First Last]], *Title*, Journal, **vol** num (year) page-page [[arXiv:xxxxxx](url), [doi:10.1007/xxxxxx](url)] (NB: The `]` is not strictly necessary -- an `]` would do as far as the rendered text is concerned -- but with `]` the source code is less mysterious, I suppose.) This is slightly more inconvenient to type then my hack `$[$`, but of course functionally it is much better. I'll try to stick to it now.

   Over here an anonymous user points out that (besides the inconvenient escaping by a unicode hex character) there is also the escaping of the square brackets by [ and ]

   For the record:

     * [[First Last]], *Title*, Journal, **vol** num (year) page-page [[arXiv:xxxxxx](url), [doi:10.1007/xxxxxx](url)]
   

   • First Last, Title, Journal, vol num (year) page-page [arXiv:xxxxxx, doi:10.1007/xxxxxx]

   (NB: The ] is not strictly necessary – an ] would do as far as the rendered text is concerned – but with ] the source code is less mysterious, I suppose.)

   This is slightly more inconvenient to type then my hack $[$, but of course functionally it is much better. I’ll try to stick to it now.