Physics

Did you ever wonder if Quantum mechanics is not following Constructivity's principles, then why it works, at least in the calculation level! I mean the "shut up and calculate" approach of the Copenhagen interpretation worked, right? Notice it's mostly referring to the gaps between the computations that don't have comprehensive explanation rather than the computation of the Quantum mechanics. After all, nobody has problem with the calculation part, since they are constructive and boring!

Anyway, I hope it'll be clear for you in the end of this post why it even works! The Type Mechanics is inspired by Matrix Mechanics of Heisenberg, and also its predecessor the Statistical Mechanics. I would say that this is the third major reversion of this concept. Obviously, there are some differences, which will probably help us to decide how to experimentally validate them.

How do we build our theories? Here is the Philosophical framework to build theories in all scales.

How much can we push for consistently answering deep questions? At least based on my efforts!

Let's define a new variable for complexity.

Since my master thesis, "Holographic Superconductors and Rotating Black Hole", I'm getting thriled by superconductors. It's not the case for everything that I worked on! For instance, I'm not a fan of Ads/CFT that I worked on it back then. Nonetheless, superconductors are so fascinating. High-temperature superconductors could change our life in a way that we'll call it superconductor age, if we wouldn't get extinct by then, the same way that we had stone age, iron age, and we're living in the silicone age. Writing of superconductor age, a piece of puzzle that I'll write here about is a speculation that a version of superconductor age has already passed!

Reproducibility is a very interesting concept that is related to both Physics and Software, which I practice them daily. I thought it would be nice to share my thoughts about why it's important and why should we seek it. In fact at the first glance, reproducibility is an important concept without adding any new ideas to it, because in software, by increasing reproducibility companies can increase their revenue. But it's a little bit deeper than that, and even with such motivation, this concept is not embraced as it should be!

“I think I can safely say that nobody really understands quantum mechanics,” observed the physicist and Nobel laureate Richard Feynman. But he just talked about Copenhagen interpretation, right?