Diff for "ResearchPapers"

Differences between revisions 1 and 71 (spanning 70 versions)

This page gives a list of research papers. Each paper should have its own page which should include the Subject, Date, title, notes, and BibTeX entry.

Subject: Boolean Algebras with Linear Cardinatlity Constraints

["Quantifier Elimination of First-Order Theory of Boolean Algebras with Linear Cardinatlity Constraints"]

latex2($\phi = \oint_ \gamma\frac{f'(z)}{f(z)}dz$) is a simple example of what a formula can look like. It is however probably better to list all inline formulas using the $f o r m u l a$ so that it looks bigger like latex2( $ϕ = \oint_{γ} \frac{f^{'} (z)}{f (z)} d z$ )

If f is entire (holomorphic on latex2(\usepackage{dsfont} % $\mathds C$ )) and without zeroes, for every closed curve latex2( $γ$ ) the integral latex2( $\oint_{γ} \frac{f^{'} (z)}{f (z)} d z$ ) is zero.

-  ⇤ ← Revision 1 as of 2005-02-07 19:00:29 → 
  Size: 347
  Editor: yakko
  Comment:
+   ← Revision 71 as of 2005-06-27 21:51:24 → ⇥
  Size: 847
  Editor: yakko
  Comment:
-Deletions are marked like this.
+Additions are marked like this.
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-This page gives a list of research papers. Each paper should have its own page which should include the Subject, Date, title, notes, and BibTeX entry.
+This page gives a list of research papers. Each paper should have its own page which should include the Subject, Date, title, notes, and {{{BibTeX}}} entry.
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+[[latex2($\phi = \oint_ \gamma\frac{f'(z)}{f(z)}dz$)]] is a simple example of what a formula can look like. It is however probably better to list all inline formulas using the  $f o r m u l a$  so that it looks bigger like [[latex2( $ϕ = \oint_{γ} \frac{f^{'} (z)}{f (z)} d z$ )]]

If f is entire (holomorphic on [[latex2(\usepackage{dsfont} %  $\mathds C$ )]]) and without zeroes, for every closed curve [[latex2( $γ$ )]] the integral [[latex2( $\oint_{γ} \frac{f^{'} (z)}{f (z)} d z$ )]] is zero.