Dreaming of Ink @inkwelldreamsart - Tumblr Blog

Old ass OC of mine, Ruby Moon. Back when I used to draw SO much MLP and made my own vampire OC's lol.

#vampire #oc #mlp #mlp oc #ruby moon #mlp fim #honse #pony

Doing some character design practice to help stretch my smooth brain out. My friend gave me this prompt, and came out was an orange creamsicle chinchilla!

#furry #furryart #antho #furry artist #sfw furry #chinchilla #character design #furry art #orange creamsicle #orange

Testing CSP's timelapse feature with my favorite pony, Princess Luna~ With some attempt at a background lol

#mlp fim #mlp art #luna #princess luna #mlpfim #timelapse

elbiotipo

That picture of Biden looking at a quantum computer and being unable to grasp the true form of what he's seeing

To be fair that's how I would I react too

kornwulf

I do sincerely love that Quantum Computers look exactly like what a 1950's sci-fi movie prop artist would build if they were told to build something called a "quantum computer"

wtfis2026

I feel so dumb what the fuck is a quantum computer, the hell it does?!

I made the same face as him while scrolling

ecrivainsolitaire

Binary computers, like your device, calculate math operations with definite answers: 2+2=4. Everything else they do is math puppetry that allows them to use these operations to make things happen like light up the screen pixels, display text, write data on drives and output sound. They do billions of operations per second but in the end it's just first grade maths; theoretically, you could do it with pen and paper by hand, it would just take unfathomably long.

Quantum computers, like that steampunk candelabra that broke the brain of someone who saw the enigma machine be invented, do operations that can have multiple outcomes. Remember quadratic equations, and how they give you two separate outcomes? One positive and one negative; you then have to use your judgement (or more math) to determine which one is the one you need. Some operations can have thousands of different outcomes; for example, that's the tech behind computer security. Theoretically, a normal computer could guess all your secure passwords given enough time; but it would have to test them one by one, which if your password is good enough, could take trillions of years (reminder to upgrade your password security), which means it's almost never worth the effort unless you're storing nuclear codes or Kim Jong Un's proctology exam video. But a quantum computer can "easily" calculate all possible passwords at the same time and then weigh them by probability, which means it would take very little to figure out any password. This kind of maths are useful for other things like pharma research or weather forecasting, which binary computers can't handle well just because there are too many variables entangled onto each other, like a pile of old earbuds in the bottom of a drawer. But while that entanglement is a problem with binary computers, because it means adding lots of variables to the operations, with quantum computers it's the main advantage, because that entanglement is a double edged sword: figuring out one knot leads you to figuring out the next one, and because they're all connected, as long as you have all the ends of the earbuds on one hand (the circle of hanging rings) then doing the rest is simple.

The "easily" is in quotes because they require reaching temperatures of near Absolute Zero to function, which is why there's only like six of them: the computer is the thing in the picture, but there's a cooling system the size of a small skyscraper attached to it. Research is being done in more efficient ways to do it, at which point they might miniaturise enough to make them viable to mass manufacture. Right now it's anyone's guess if that's even possible but hopefully more breakthroughs will come soon.