Quantum Consepts - that can be wrong-but Usually ain't

  I have hinted that the Pythagorean Curvature Correction Theorem is the new Pythagorean Law. That's really not the case... see for it to be a law, it would have to encompass a lot more than just a distance measurement.   We would need to include a lot more terms.  Torsion for one... Holonomy, wether the energy is trivial or not... wave interference...  We need to be able to see every twist and turn the energy in that line can take.. With the standard a2+b2=c2 we have our least action.  With the PCCT we have angular momentum covered with the interplay between R and h so if you want to model energy, it's easy to derive the Hamiltonian or the Lagrangian.  Obviously just solving for one gives you the other but the Hamiltonian is useless without the Lagrangian.  You do see that right?  That the Hamiltonian is just a live wire? Before moving on, let me explain that... Do you ever wonder why quantum phenomona is so difficult for you to predict?...

https://youtu.be/k2FP-T6S1x0?si=XziEd8rz1pFHX5Xb I watched this video on tensors and the host was blown away by Feynman's lectures on Tensors.  What's awesome is I never actually learned about tensors the normal way.  I started using the Pythagorean Curvature Correction Theorem (PCCT) specifically because I didn't know how to even remotely understand them.   First order... second order?  I didn't get it...  I do now... and it makes total sense but I built this tool so I could see distances both great and small.  With the PCCT, I can see down to the tiniest little dit of a dot... just a butthair above -infinity.  I can also instanly flip it and make it hyperbolic and see almost all of infinity.  When you force both answers... well... let's not get ahead of ourselves.   I put this paper together so you can equate tensors and this equation.  I use them almost the same way... and well, there's a great deal more you can do with the ...