@heather If you have questions, feel free to ask. If you think you've digested the explanation of tensors there, I might want to talk to you about covectors, which are also often introduced in this context, but aren't mentioned as such in the answer.
Why a branch can not say "I do not take your current!"
I need to know what math functions that allow this.
I know it is a physical phenomenon, however, the fact that there is, does not give me the answer I seek.
I would also like to know how the oscillator circuit works to make sync, thanks to t...
In the computer science subfield of algorithmic information theory, a Chaitin constant (Chaitin omega number) or halting probability is a real number that informally represents the probability that a randomly constructed program will halt. These numbers are formed from a construction due to Gregory Chaitin.
Although there are infinitely many halting probabilities, it is common to use the letter Ω to refer to them as if there were only one. Because Ω depends on the program encoding used, it is sometimes called Chaitin's construction instead of Chaitin's constant when not referring to any specific...
In set theory, an uncountable cardinal is inaccessible if it cannot be obtained from smaller cardinals by the usual operations of cardinal arithmetic. More precisely, a cardinal κ is strongly inaccessible if it is uncountable, it is not a sum of fewer than κ cardinals that are less than κ, and
α
<
κ
{\displaystyle \alpha <\kappa }
implies
2
α
<
κ
{\displaystyle 2^{\alpha }<\kappa }
.
The term "inaccessible cardinal" is ambiguous...
@SirCumference this is only 50% done: link. I need to work on making the edges of the pie more realistic with some special brushes and also adding more things and making the inside of the pie stand out more.
Okay, so what it shows is that four is the only number whose length is itself. But this does not show that you always reach four regardless of the starting point; it is conceivable that there are longer repeating cycles you could get stuck in.
@AccidentalFourierTransform Ahm, In the cosmos series, I saw that light is generated when the electron of an atom "jumps" from one lever of energy to another, actually when it goes to a lower lever of energy, and the energy is released in the form on light, and the amount of energy determines the color, did I get that right ?
@AccidentalFourierTransform One could argue that an equivalent positive charge is generated to prevent any violation. But I find this a strange statement "electrons can appear and disappear".
So I was watching this cool video on the 10 dimensions as in string theory where the bc ghosts force us to accept that there are 10 dimensions in order to regulate the theory.
https://www.youtube.com/watch?v=0ca4miMMaCE
So, here it is stated that the tenth dimension somehow "includes" every pos...
@Maks Ok I saw what you are talking about. But it is a wrong notion that electrons appear and disappear in orbitals /energy levels. See this answer physics.stackexchange.com/a/134684/102705
It seems Neil Tyson just exaggerated the uncertainty which people associate with Quantum Mechanics.
Soo.. how does an electron "jump" from one lever to another ?
Also I have two more doubts haha, that "superposition of states" is kindda strange for me, and I still can't figure out why cant you "measure all the properties of something at the same time"