pines-demon's latest activity

"I've heard" is not a valid reference. If you can give us references to actual textbooks or peer-reviewed papers that make statements...

I will repeat this once again. I am not the only one that does not get what the main question is.

Still a lot, and I'm not sure where it's all coming from or why you're asking about it. Some references would be helpful. If your main...

You said a lot in post #30. What particular point or points are you asking about?

What does "completely different" even mean? And why do you care? Who is even making this claim? And again, why do you care? Okay...

I'm not sure what you're asking for in post #8. That might help here, yes. The Schrodinger Equation is (writing it in one spatial...

Feel free to go over the arguments again—sometimes repeating them makes things easier to understand.

Interestingly, The Economist says that Clarivate predictions are getting less accurate in time: Source People are using big data to...

Let me ask then, why do you think it makes a difference? And if you have already provided that motivation then what do you think is missing?

I agree. The point is not that, the point is to ask why OP cared about the wave equation or the order of the derivative, I still do not...

As a non-expert in QM, you seem to know an awful lot about it :wink:

I don't know what this has to do with the ordinary wave equation. What is your question? What do you want to know?

I just wrote a wave equation that allows the same solutions as the usual wave equation, with one time derivative.

2025 Clarivate Citations Laureates for Physics (list of tentative candidates for the Nobel Prize in Physics) are in: Ingrid Daubechies...

Yes, Schrödinger looks more like a diffusion equation with imaginary prefactors. That does not matter you can render the ordinary wave...