What are the implications of combining quantum mechanical phenomena, string theory, and Einstein's theory of relativity for understanding the fundamental nature of the universe, and how could these insights be combined into a unified theory?
(1 votes)
Loading...Hello, I don't know why we exist… Just kidding, I'd like to know what you know about it and what your opinion is ::))))
Oxygen in a planet's atmosphere is considered an indication of life. Oxygen is highly reactive. Therefore, it is assumed to be constantly produced by life, for example, through photosynthesis. What else could be a reason for an oxygen-rich atmosphere? No such planet has been found yet.
Can an infinite number of Higgs bosons be created in a piece of space through increasingly energetic particle collisions, or can only a finite number of Higgs bosons be created in a piece of space in a given period of time, after which the space would be essentially used up?
(not a joke question) How ???? Okay, I can imagine that they manage to shit in such a way that their buttocks don't get dirty, but what if they have diarrhea (the ass is definitely not clean anymore).
Would we be safe from the radiation? Or would the radiation eventually reach space and the ISS?
Quantum mechanics and relativity theory do not influence our understanding, but are the result of what we have understood. String theory is generally useless as it does not make predictions. How to bring them together? – No one knows that, otherwise we would have done that.
Unfortunately, this remains a nice wish, since it cannot be brought under a hat, or it is theories that remain theories due to the lack of hand-resistant evidence.
even if with the cosmic background radiation of 2.725° kelvin there is a proof that it before approx. 13,7 billion years must have started.