Recent content by PSz

Thank you twofish-quant. But I must say, all of what you've written is pretty obvious for me. This is the thing I tried to emphasize in my first post - please don't make any assumptions (but rather ask) nor try to suggest alternative paths. I have a specific challenge to ask you about. In fact...

It is a research on theoretical framework for controlled encoding of information into carbon-based compounds; exchanging this information between classical and non-classical systems using two different mediums; replicating this information. If I were to tag such framework by areas of study, it...

Hello. My question is directed to those of you who actually have some experience in the area or who can provide detailed information rather than general/theoretical guidance. I would like to ask you about funding sources available for an independent scientist on the U.S. or international...

It is not. At least as long as we don't accept faulty logic coming from philosophers dealing with particle physics and Faynman diagrams.

You could define space as a 1+dimensional area within any system defined and contained within our Universe. What kind of "stuff" our given space contains depends strictly on the area and scale chosen. There is no "beyond the Universe", as space is only a property of this system we call...

Again, the amount of radiation emitted is tied with spectrum of the wavelength absorbed. Cause -> effect, which is... ... called Kirchhoff's law. There are other factors as well, but they extent beyond the topic of this discussion.

Darker the object, wider wavelength spectrum is absorbed. This results in proportionally greater l.e.i. radiation. If you were to desing a system without continuous spectrum, it (color) wouldn't matter then.

Gravitational lensing is the term. It may be a single object like a black hole or many of them, such as cluster of galaxies.

It looks like not so fresh theorem of qantized circles, which has been proven to be usless in mathematics, as it does not offer approximations better than Pi does. Your quite trite notice about looking outside a circle suggests that. If it's not (though I really think it is), the real question...

In fact, pretty much everything could be described as infinite in nature. Conservation of information. Human kind, as a species, is biologically programmed to perceive the world surrounding him in a certain way, distinct for it. But as our intelligence grow, we struggle to see our world in more...

Actually, it should be pretty digestible when you consider photon qualities as a particle. Just read about them in detail. Then, take into account the amount, or rather density of matter in the interstellar space, in between galaxies, etc. Of course, there is always a question about the light...