shpeedy
1. Kill solarmist (it's good starting point).
Generally, the order of magnitude of a number is the smallest power of 10 used to represent that number.[2] To work out the order of magnitude of a number N, the number is first expressed in the following form:
N = a × 10^b
where 1/sqrt(10) ≤ a < sqrt(10) . Then, b represents the order of magnitude of the number.Why you use awk?
[0]: http://rc3.org/2014/08/28/surprisingly-perl-outperforms-sed-...
$ perl --help
...
-F/pattern/ split() pattern for -a switch (//'s are optional)
-l[octal] enable line ending processing, specifies line terminator
-a autosplit mode with -n or -p (splits $_ into @F)
-n assume "while (<>) { ... }" loop around program
-p assume loop like -n but print line also, like sed
-e program one line of program (several -e's allowed, omit programfile)
Example. List file name and size: ls -l | perl -ae 'print "@F[8..$#F], $F[4]"'Entanglement is hard problem for PWT. Photos of entangled photons[0] are intriguing, because they look similar to behavior of walking droplets in some experiments (see dotwave.org feed). I hope, someone will be able to reproduce entanglement in macro. Currently, my top priority is to reproduce Stern–Gerlach experiment in macro (I suspect that interference between external field and particle wave creates channel, which guides particle into spot, but it better to see it once). Second priority is creation of "photons" in macro. Entanglement will be third. IMHO, all of them require microgravity to reproduce in 3D.
[0]: https://phys.org/news/2019-07-scientists-unveil-first-ever-i...
The problem with current theories is that I understand them when I reading them. It's like piece of complex code or book with complex but boring text, like phonebook. I can follow it, when I read it, but I cannot reproduce it when book is closed.
Can we teach a phonebook to kids? Yep. Is it useful? Nope.
Recently, I did "quantum physics in one picture" experiment. Results are very good: lots of reposts, comments, interest in topic.
Physical things are real. Mathematical abstractions are not. OpenGL is not real too, but it looks very real and accurately predicts reality. In OpenGL, field is array, e.g. "float[][][] field;".
Let's talk about nature of EM force.
Analogy: look at a typical tropical cyclone. It rotates. Is it rotating because a unknown property of an air molecule? No. It rotates because our planet rotates, while air molecules are just trying to keep their positions. I.e. it's rotation of planet + inertia of molecules.
Is it possible that EM force is happens because our local space is moving trough global space by non-linear trajectory, so it just non-linear trajectory of local space + inertia of rotating and vibrating particles?