Notes for AKT-140205/0:18:09: Difference between revisions
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Leo algknt (talk | contribs) (Created page with "'''Configuration space''' <math>C_A^O(M) = {\mathrm{injections}\; f: A \rightarrow M}</math>, where <math>A</math> and <math>M</math> are finite set and a topological space ...") |
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'''Configuration space''' |
'''Configuration space''' |
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<math>C_A^O(M) = {\mathrm{injections}\; f: A \rightarrow M}</math>, where <math>A</math> and <math>M</math> are finite set and a topological space respectively, is another way to define the configuration space of <math>M</math>. In this definition, the points on <math>M</math> are labelled by the elements of <math>A</math>. |
<math>C_A^O(M) = \{\mathrm{injections}\; f: A \rightarrow M\}</math>, where <math>A</math> and <math>M</math> are finite set and a topological space respectively, is another way to define the configuration space of <math>M</math>. In this definition, the points on <math>M</math> are labelled by the elements of <math>A</math>. |
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Revision as of 13:40, 20 June 2018
Configuration space
, where and are finite set and a topological space respectively, is another way to define the configuration space of . In this definition, the points on are labelled by the elements of .
