sauce of that gif?

Dammit, Elite Dangerous, but with a colon in the middle

Eliteangerous, it's a game where the entire map's one whole galaxy

Seeing as he doesn't I'll try.

Young's slit (never heard it by that name) or the double-slit experiment : Pictures a bolwing ally where someone blocking the lane at the halfwaypoint with two slits. If you throw a bowling ball you'd expect it to go through either one and end up in a similar pattern down the line where the pins are. ( cs-exhibitions.uni-klu.ac.at/uploads/pics/doubleslitexperiment.GIF first picture )
What we instead see is that the particles are actually waves interference so a wave pattern emerges on the back of the bolwing ally ( cs-exhibitions.uni-klu.ac.at/uploads/pics/doubleslitexperiment.GIF second picture )

Quantum computers: I've not studiet this in depth so I think these guys gives a better answer. Also, watch this and everything else they've made. They're geniuses: www.youtube.com/watch?v=JhHMJCUmq28

In quantum physics everything's a probability. quantum tunneling is where a particle has a low energi, but via. this probability, it can "tunnel" through a potential bigger than it's energy, without breaking the laws of physics. Image a ball getting outside of a bowl without anything pushing or lifting on the ball.

Quantum entanglement is really weird and something physicist still struggle to understand and is focus in many experiments. Basically, two particle can be linked and transfer information between them faster than the speed of light (breaks basic physical laws)
The last answer is somewhat wrong, but for simplicity, I won't go into further details, as that would take my whole afternoon ._.

Hope that wasn't too shittily written or to confusing to read.

Thanks for the cliffnotes, although I confess to not seeing the significance of the double-slit experiment. I may have just had an idea or two.

Do u have a sauce on that gif? it looks like elite dangerous but im not sure

Yeah it is

You'd soon learn that alot of wizardry is explain with alot of complex math. Physics itself is not that hard; it's drawing a parallel from the math you're doing to the physical world that is hard; at least in my opinion.

Also, the thing in quantum mechanics I've found the most strange and counter-intuitive is the uncertainty principle for energy and time. Basically, a particle can borrow any amount of energy, seemingly out of nowhere, as long as it's for a short enough time, and it afterwards returns the entire energy to... whatever it borrowed it from.

"pretty rational" is an overstatement. There's alot of new math and ways of thinking and rational and intuitive are the two words I would never use to describe it.
.. and the word "negligible" bothers me in that context.. Quantum effects simply does not happen on larger scales. It's not that it's too small variations so we can't see them, it literally does not happen on any small un-isolated particles.

How about the many worlds interpretation? Doesn't it state that a possible explanation for quantum effects only happening observably on smaller scales because when it happens on bigger scales it literally creates parallel universes?

I only know about quantum physics on a hobby level, please don't kill me if that's wrong.

kinda and not really.
Quantum effects don't happen on larger scales because for quantum effects requires a certain level of uncertainty or "unknowsness". The particle in question must be unobserved to be in that quantum state called a superposition where it is both a particle and a wave-form at the same time (particle-wave duality). If we know the, say, position of a particle at any given time, we've measured the superposition and it collapses to a particle and only a particle. We can't measure the position of wave-formation, so of course it's a particle. If you drop a pebble in water, exactly where is the waterwave?
[sidenote: Quantum effects have been successfully tested on larger scales as well, up to molecules of ~100 atoms if I'm remembering correctly. Just requires the right setup. ]

What your saying about the multi-verse theory (or many worlds interpretation) is a currently valid theory, and one I myself hope and believe to be true, but it doesn't explain why it quantum effects don't happen on larger scales. It, like you correctly say, states that every time a particle has to choose from a superposition, it creates two new universes, one with each outcome of the superposition. This however, is really really hard (if not impossible) to prove and will probably remain a theory for(ever) a long time.

\rant sorry

I'm a writer with a predisposition towards science biology is my speciality though , give me a shortlist of stuff you've found particularly wizard and maybe we can talk about this "shitfuck tonne of money".

I also appreciate your use of the metric system to describe the cash influx

sauce of that gif?

Dammit, Elite Dangerous, but with a colon in the middle

Eliteangerous, it's a game where the entire map's one whole galaxy

Seeing as he doesn't I'll try.

Young's slit (never heard it by that name) or the double-slit experiment : Pictures a bolwing ally where someone blocking the lane at the halfwaypoint with two slits. If you throw a bowling ball you'd expect it to go through either one and end up in a similar pattern down the line where the pins are. ( cs-exhibitions.uni-klu.ac.at/uploads/pics/doubleslitexperiment.GIF first picture )
What we instead see is that the particles are actually waves interference so a wave pattern emerges on the back of the bolwing ally ( cs-exhibitions.uni-klu.ac.at/uploads/pics/doubleslitexperiment.GIF second picture )

Quantum computers: I've not studiet this in depth so I think these guys gives a better answer. Also, watch this and everything else they've made. They're geniuses: www.youtube.com/watch?v=JhHMJCUmq28

In quantum physics everything's a probability. quantum tunneling is where a particle has a low energi, but via. this probability, it can "tunnel" through a potential bigger than it's energy, without breaking the laws of physics. Image a ball getting outside of a bowl without anything pushing or lifting on the ball.

Quantum entanglement is really weird and something physicist still struggle to understand and is focus in many experiments. Basically, two particle can be linked and transfer information between them faster than the speed of light (breaks basic physical laws)
The last answer is somewhat wrong, but for simplicity, I won't go into further details, as that would take my whole afternoon ._.

Hope that wasn't too shittily written or to confusing to read.

Thanks for the cliffnotes, although I confess to not seeing the significance of the double-slit experiment. I may have just had an idea or two.

Do u have a sauce on that gif? it looks like elite dangerous but im not sure

Yeah it is

Ta for the notice. And it is a shame that not everyone can like physics to the same extent, it's really only in the last couple of months that I've begun to like it a lot and I'm glad I have