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

<p>[01:32:38] Just humor me for this talk, and let me call it the Einstein-Grossmann Lagrangian. Hilbert's certainly done fantastic things and has a lot of credit elsewhere, and he did do it first. But here, what we had was that Einstein thought in terms of the differential of the action, not the action itself. So, what we're looking for is equations of motion or some field, $$\alpha$$ where $$\alpha\in\Omega^{1}(\mathcal{G})$$.

<p>[01:32:38] Just humor me for this talk, and let me call it the Einstein-Grossmann Lagrangian. Hilbert's certainly done fantastic things and has a lot of credit elsewhere, and he did do it first. But here, what we had was that Einstein thought in terms of the differential of the action, not the action itself. So, what we're looking for is equations of motion or some field, $$\alpha$$ where $$\alpha\in\Omega^{1}(\mathcal{G})$$.

<p>[01:33:22] Now in this section of GU unified field content is only one part of it, but what we really want is unified field content plus a toolkit.

<p>[01:33:22] Now in this section of GU unified field content is only one part of it, but what we really want is unified field content plus a toolkit.