From f13eacbc8e5ab714dd3544adab8189c313382c77 Mon Sep 17 00:00:00 2001 From: Ian Jauslin Date: Wed, 22 Jul 2015 13:55:29 +0000 Subject: Support for non-commuting fields --- doc/meankondo-doc.html | 6 +++--- 1 file changed, 3 insertions(+), 3 deletions(-) (limited to 'doc/meankondo-doc.html') diff --git a/doc/meankondo-doc.html b/doc/meankondo-doc.html index 27ffbbb..c4a7e2a 100644 --- a/doc/meankondo-doc.html +++ b/doc/meankondo-doc.html @@ -69,10 +69,10 @@ -

meankondo v1.2

+

meankondo v1.3

- This is the official documentation for meankondo, version 1.2. The aim of this document is not to give a technical description of how to use the various programs bundled with meankondo, nor is it to explain where hierarchical models come from and what their meaning is, but rather a conceptual overview of how meankondo approaches the computation of flow equations, and how its programs can be made to interact with one another to compute various quantities. For a more technical description, see the man pages included with the meankondo source code. For a more theoretical discussion of Fermionic hierarchical models, see [G.Benfatto, G.Gallavotti, I.Jauslin, 2015]. + This is the official documentation for meankondo, version 1.3. The aim of this document is not to give a technical description of how to use the various programs bundled with meankondo, nor is it to explain where hierarchical models come from and what their meaning is, but rather a conceptual overview of how meankondo approaches the computation of flow equations, and how its programs can be made to interact with one another to compute various quantities. For a more technical description, see the man pages included with the meankondo source code. For a more theoretical discussion of Fermionic hierarchical models, see [G.Benfatto, G.Gallavotti, I.Jauslin, 2015].

Table of contents

@@ -150,7 +150,7 @@
  • external: which are organized in pairs, and are denoted by \((\Psi_i^+,\Psi_i^-)\) for \(i\in\{1,\cdots,E\}\).
  • super-external: which denoted by \(H_i\) for \(i\in\{1,\cdots,X\}\) (the only difference with external fields is that super-external fields are not in pairs, which is a seemingly innocuous difference; but super-external fields are meant to be used for different purposes as external fields (see Definition below)). - The fields are used as a basis for a complex algebra, so that we can take products and linear combinations of fields (in other words, the concept of polynomials over the fields is well defined). Some of the fields (Fermions) anti-commute with each other (two fields \(a\) and \(b\) are said to anti-commute if \(ab\equiv-ba\)), and the rest (Bosons) commute. Which fields are Fermions and which are Bosons is specified in the #!fields entry in the configuration file. (Warning: As of version 1.2, all internal fields must be Fermions.) + The fields are used as a basis for a complex algebra, so that we can take products and linear combinations of fields (in other words, the concept of polynomials over the fields is well defined). Some of the fields (Fermions) anti-commute with each other (two fields \(a\) and \(b\) are said to anti-commute if \(ab\equiv-ba\)), and the rest (Bosons) commute. Which fields are Fermions and which are Bosons is specified in the #!fields entry in the configuration file. (Warning: As of version 1.3, all internal fields must be Fermions.)

    In the configuration file of the meankondo program, the fields are specified in the #!fields entry. -- cgit v1.2.3-70-g09d2