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Non Life Sciences => Physics, Astronomy & Cosmology => Topic started by: compuAI on 16/10/2022 08:59:59

Title: Is it possible to write the Dirac equation without spinors?
Post by: compuAI on 16/10/2022 08:59:59

Is it possible to write the Dirac equation without spinors? Something similar to Maxwell or Schrödinger's equations with simpler tensor algebra elements. Let values not be the same when going from the left coordinate system to the right, they could be valid only in the only system, for example, associated with the geometric center of hydrogen atom. But simple and obvious equation, or several equations.

Title: Re: Is it possible to write the Dirac equation without spinors?
Post by: Zer0 on 22/10/2022 16:29:44

Hi there!
🙋

I have no knowledge on the Subject of your OP.

But since it's been a week, & noone has responded, hence I'm giving it a try.

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P.S. - I can only Hope it Helps!
👍

Title: Re: Is it possible to write the Dirac equation without spinors?
Post by: compuAI on 23/10/2022 19:09:59

Quote from: Zer0 on 22/10/2022 16:29:44

But since it's been a week, & noone has responded, hence I'm giving it a try.

Thank you for answer. I have understood that for my goals (computer simulation of physical processes) this equation does not fit. It requires to specify first time derivative of wavefunction as initial value everywhere and square of function cannot be considered probability to find an electron. So, only Schroedinger and Pauli equations are useful.