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.

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

*intimidating.