A Portal Special Presentation- Geometric Unity: A First Look: Difference between revisions

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''[https://youtu.be/Z7rd04KzLcg?t=4908 01:21:48]''<br>
''[https://youtu.be/Z7rd04KzLcg?t=4908 01:21:48]''<br>
[The] first thing we need to do is we still have the right to choose intrinsic field content. We have an intrinsic field theory, so if you consider the structure bundle of the spinors—we've built the chimeric bundle, so we can define Dirac spinors on the chimeric bundle. If we're in Euclidean signature, a 14-dimensional manifold has Dirac spinors of dimension two to the dimension of the space divided by two. Right? So <math>2^{14}</math> over <math>2^7</math> is <math>128</math>.
[The] first thing we need to do is we still have the right to choose intrinsic field content. We have an intrinsic field theory, so if you consider the structure bundle of the spinors—we've built the chimeric bundle, so we can define Dirac spinors on the chimeric bundle. If we're in Euclidean signature, a 14-dimensional manifold has Dirac spinors of dimension two to the dimension of the space divided by two. Right? So <math>2^{14/2}</math>, <math>2^7</math> is <math>128</math>.




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