Their measures are small, but still the same

They are endless, just like here;

There’s sorrow and passion, like here, and even

There’s the same global hubris.

The world of the electron, V.Bryusov, 1922

I already wrote about this in the article “Atom antenna of one Angstrom”.

I made an attempt to explain the inconsistency between the wavelength of the quanta emitted by atoms and the size of the effectively emitting antenna – according to OUR macroscopic laws of electrodynamics, it should be equal in length to a quarter of the wavelength of the emitted wave. Atoms have an average size of one Angstrom. So the wavelength should be NO MORE THAN four Angstroms! And they emit even long-wavelength infrared radiation with a length of one or even several microns! One micron, one millionth of a meter, is equal to ten thousand Angstroms!

From this, we can hypothetically conclude that THEIR TIME is ten thousand times slower than ours. I don’t know yet how THEIR STRONGLY CURVED space is (if anything like that exists THERE at all) it also affects the frequency, or rather, the length of the emitted waves.

Right now, a strange thought came to me that THEIR space IS THEIR ANGSTROM ELECTROMAGNETIC FIELD, which differs in frequency of changes from our macroscopic one. They have it “more often” in size, but slower in time, since the “electrostaticflly – gravitational” fields of electrons towards the nucleus are of great intensity in the atom – and this is nothing more than slowing down THEIR time and bending THEIR space towards attraction.

Their time is slow, but the same

Their Eternity, just like here…

Faciant meliora potentes.

If I’m wrong, let my seniors correct me.

6 I 2026