#whitehole

[Phoom, a imaginary being, changes forms via mask that appear or dissapear from vision, each form change gives him alot of power changes and he tends to act according to his form meaning he can become shy and then confident depending on form

Blog #29                                                   Wednesday, October 21st, 2020

Welcome back,

String theory, in particle physics, a theory that attempts to merge quantum mechanics with Albert Einstein’s general theory of relativity. The name string theory comes from the modeling of subatomic particle as tiny one – dimensional “stringlike” entities rather than the more conventional approach in which they are modeled as zero – dimensional point particle. 

The theory envisions that a string undergoing a particular mode of vibration corresponds to a particle with definite properties such as mass and charge. In the 1980s, physicists realized that string theory had the potential to incorporate all four of nature’s forms: gravity, electromagnetism, strong force and weak force and all types of matter in a single quantum mechanical framework, suggesting that it might be the long - sought unifield field theory. (Unified field theory is sometimes called the Theory of Everything (TOE, for short): the long-sought means of tying together all known phenomena to explain the nature and behavior of all matter and energy in existence. James Clerk Maxwell proposed the first field theory, for electromagnetism, in the middle of the 1800s.)

As so called "theory of everything" candidate, string theory aims to address various theoretical conundrums; the most fundamental of which is how gravity works for tiny objects like electrons and protons. General relativity describes gravity as a reaction of large objects, like planets, to curved regions of space, but theoretical physicist think gravity should unlimitedly behave more like magnesium fridge magnet sticks because their particle a sweeping protons with fridge particles of the four forces in nature, only gravity lacks this description from the perspective of small particles.

Theorists can predict what happens when two "gravitons" smash together, the gate and infinity amount of energy packed into a small space – a sure sign that the math is missing something. string theory turns the page on the standard description of the universe by replacing all matter and force particles with just one element; tiny vibrating strings that twist and turn in complicated ways that, from our perspective, look like particle.

 A string of a particular length string using a particular note drains the properties of a photon, and another string folded and vibrating with a different frequency please the role of a quark, and so on. in addition to taming gravity the framework proved attractive for its potential to explain so called fundamental constants like the electrons mass. the next step is to find the right way to describe the folding and movement of strings, theorists hope, and everything else will follow.

 But that initial simplicity turned out to come at the cost of unexpected complexity - string math doesn't work in the familiar. (Three of space and one of time). If needed six additional dimensions (for a total of 10) visible only to the little strings, much as a power line looks like a 1D line two birds flying for overhead but 3D cylinder to an and crawling ant on the wire, adding to the conundrums, physicist had come up with 5 conflicting string theories by the 1980s.The theory of everything was fractured.

COMING UP!!!

Well, black holes were predicted by Einstein’s theory of relativity and actually discovered over the last few decades.

In Astrophysics, White Hole is a theoretical object predicted by the theory of relativity that functions as a time-inverted black hole. Because a black hole is a region in space where nothing can escape, the time-inverted version of the white hole is a region in space where nothing can fall. Instead of pulling the material in, a white hole would blow the material into space.

White holes appear as part of one of Karl Schwarzschild’s solutions to Einstein’s general relativity equations in which a Schwarzschild worm hole is described. At one end of the wormhole is a black hole sucking matter, light, and all, and at the other end a white hole, creating / expelling matter and light.

Even though this may imply that black holes in our universe can connect to white holes elsewhere, it is not considered possible to exist for two reasons. First, because Schwarzschild’s wormholes are unstable, disconnecting as soon as they form. Secondly, Schwarzschild’s earthworm holes are a valid solution only as long as no matter interacts with the hole.

The existence of white holes disconnected from black holes is doubtful, since such hypotheses seem to violate the second law of thermodynamics.