What do you think about quantum computing?

What do you think about quantum computing?

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fake and gay

lightning fast porn

No it actually works. Very primitive and has to be kept at near 0 kelvin but it works

skynet

shut the fuck up wizard dick

No.

We have to develop them for the government

so them fuckin illuminati sons of bitches can spy me so hard that they know what consistency my poo is? nah brother, catch me in the wood mailing nailbombs to computerstores

I think the govt should have them but not ordinary people. It's like comparing a 9mm pistol to a nuke

None of you faggots know anything about quantum computing.

just another step in the technology tree.the D-wave comps are out there already think there are2 or 3 in use right now but somehow argued there not true quantum comps

and i bet you dont know shit about makin cheese, so whos the real faggot here?

Well google and microsoft and a few other people are interested in it enough to spend millions for R/D and most scientists think its legit

Implying you do. Go be a pretentious faggot on reddit where you can discuss the quantum computing meme and the gayming possibilities.

This. This shit right here. This is why Sup Forums is only good for porn.

>>Google and NASA engineers announced Tuesday that the D-Wave 2X quantum computer in Silicon Valley solved an optimization problem within mere seconds. With that, researchers want to enhance the calculations on the D-Wave 2X so the input into the machine can be easier. (Photo : NASA/Quantum Artificial Intelligence Laboratory) they seem to be all ready in use

phys.org/news/2016-07-quantum-room-temperature-mothballs.html

I haven't heard anything about this for several months, but it showed a lot of promise.

>how dare you point out I'm totally ignorant!
>ragequit
>gayming

Lol

Slow and laggy bullcrap, will catch dust and smell like spider poo

this is Sup Forums cucklord, what did you expect

With a quantum computer you could design a virtual world simulating every atom and every subatomic particle that ever existed in all of history in the entire universe since the big bang perfectly with no distinction between the simulation and real life

It'll be near useless in a consumer market since normal people will have no use for such computing power. Unless you're a researcher doing something stupid complex like protein folding probabilities you will probably never have a reason to use one.

*(CITATION NEEDED)

A normal person will never, ever need an automobile that can go faster than 25 mph.

Only further proving the point...

Can't

Implying you need a computer to fold your proteins. I do this billions times a day

Can't? So you have no basis for this statement? Good luck writing a scholarly essay in college.

I thought everyone in Sup Forums had docterate degrees in biomolecular science

I guess I was wrong.

Hahaha I spelled "docterate" wrong

Everyone point and laugh

The problem is, quantum computers can only be used for optimization problems, making them only useful for science and economy, not for entertainment.

I don't

Why is that?

I worked on quantum computing theory for a year. If you want to explore what they're about, sign up for quantumexperience.ng.bluemix.net/qstage/ to send your commands to a virtual and real quantum computer. (Sign up and go to QASM Editor)

You more than likely can't do to the Uncertainty principle in quantum mechanics.we can't even tell with 100% certaince were one electron is in the universe.and if we could there is good chance within a second it would look different than ours aka one can't map out all the virtual particals that come in and out of existence

>this is what neckbeards actually believe

Because it basically works like a maze with infinite mice, while a normal computer uses 0 and 1, like one mouse and no mouse and he has to push that mouse several times through the maze to find the best solution (the shortest way out)
A quantum computer puts a lot of mice in there at once and just uses the optimal outcome, that's what a superposition basically is and why it helps with computing.
You can't really use that for games for example also it's really hard to use so we won't see any kind of consumer quantum PC for maybe 20 years. Also you need to think about cost and payoff. Even if the price drops, a simple PC will still be cheaper and doing the job well enough.

This is the most unintelligible sentence I've ever read. Just throwing terms into a sentence doesn't make you look smart it just makes you look even dumber to the people you're pretending to act like.

Ziggy

This is a better definition: a normal computer uses 0 and 1 to relay information. A quantum computer uses every possible fraction between 0 and 1 (infinite possibilities)

When they make a quantum iphone its gonna rock the fucking world

No. Uncertainty principle states that you can either know an electrons position in an atom, or it's rotation, not both.

The reason is because that when you determine one your margin of error for the other increases to the point that the figure is useless.

A 300 qubit quantum processor could perform more calculations in an instant than there are atoms in the universe (From "On Computer Simulated Universes" by Mark Solomon). Crazy book, it's literally 43 pages and will rock your world.

Certainces particals arent always locatables becayse they hidde

This is why AI is the next evolutionary step. Humans will be outdated soon

Current quantum computers are really good at minimization problems. Come up with a function of binary variables f(x_1, x_2, x_3, ...) which gives an energy state of your system, and on a classical computer you can try each possible combination of x_i values one after the other to find the lowest value of f. On a quantum computer, if you entangle each qubit x_i, you pass the entangled state through f, destroy states with probability proportional to their energy, and you are likely to observe the state in the most probable outcome, which likely has the lowest energy. If you're capable of entangling 50 states (which is hard right now even for photons), you are effectively checking 2^50 inputs in a single evaluation of the quantum system.

That's the adiabatic model anyway. There are others but they solve essentially the same problem currently. The holy grail is a universal quantum turing machine, which hasn't had a practical realization yet. It is able to solve all problems efficiently that can be solved efficiently on a classic turing machine, plus some other ones.

Yeah I just wanted to say it in laymens terms
>implying I'm not also a layman
I guess Iphones and Smartphones at all won't be around anymore when quantum PCs will be generally available.

Totally. If you haven't, redpill yourself by googling "predictions made by ray kurzweil." It's a rabbit hole man. My life's goal is to make enough money to afford a neural lace as soon as they come out.

The practical problem with 300 qubit turing machines is that 1) an entangled state that large may take longer than the age of the universe to "settle" to its ground state, and 2) the noise levels of a state would far surpass the signal level. At least this is true for current practical realizations of quantum computers. Maybe someone will solve these issues and bring "practical" and "theoretical" closer together.

So what are we not realizing yet? What's the formula for a quantum turing machine?

More like a stock from the company who makes it

It's an engineering problem. Noise levels and annealing ("settling") times are the problems you'd run into if you tried to build one right now.

The D-Wave is very basic iirc and can only handle certain workloads.

How you feel about "Quantum Loads?"

Yeah Ray Kurzweil is a fucking Rasputin

D-Wave made a 512-qubit processor lol

It will check those dubs even before i cet them

The D-Wave is a fantastic machine, but my understanding of it is that the qubits are not mutually entangled, meaning that you can't apply arbitrary logical operations on any two (or three etc) qubits. And you're severely limited in the operations you can apply. But it's still a quantum computer with many entangled qubits so it's the step forward that we need.

So the way I understand, it has to be extremely cold (superconducting) in order for it to work. Does this have anything to do with "settling"?

No it's satan

Yes there for we can't gather the information necessary to model the universe

Never heard of it till now

Not really. The low temperature just removes external sources of noise. There are still internal sources of noise so it doesn't solve everything, but it's required unless your error correcting codes (which add more tolerance to the noise) are good enough.

I think you would have a much greater advantage actually having one. Outsourcing any cumbersome cognitive tasks to technology and being able to have download and upload speeds a million times faster... I don't doubt there would be some kind of increase in IQ. I also don't think getting a 100x return on my money could compare. Just my opinion.

Will it be capable of simulating traps and faggots ?

When you say noise you mean electronic interference, right? Not sound

(Sorry I don't know much about this)

The problem with Kurzweil is, while he somehow accurately predicted techonoligical advancements so far, he's really shit with societal prediction.
>By 2020 there will be a world government
topkek

Holy shit

I think if Trump hadn't won there would start to be an unofficial world government started by the globalists. We live in the best timeline though; it's all good.

In quantum mechanics, the uncertainty principle, also known as Heisenberg's uncertainty principle, is any of a variety of mathematical inequalities[1] asserting a fundamental limit to the precision with which certain pairs of physical properties of a particle, known as complementary variables, such as position x and momentum p, can be known There is more o it than what u think

It's the same concept, but the noise comes from your observation of the system. For example, if your wavefunction (modulus squared) looks like this, you could observe the state at any point on the x axis with the probability given by the height of the graph. But if your graph is much thinner, you're more likely to observe it in the middle.

In a gross oversimplification, noise is how wide this graph is.

Note that the x axis doesn't have to be space. It could be the spin vector or energy.

Great job taking the first sentence off of wikipedia. True scholar.

And his prediction that by 2099 everyone will merge their consciousnesses into one vast collective superconsciousness... lmao. Real talk, though, anyone here experienced something like that on drugs? Thinking we already live in something like that and this achievement will take us to the next layer?

lollll i r smart

You seem very educated on this.

Yeah and so

>restates what I said with a higher-level vocabulary
>"You obviously don't understand, there's so much more to it then that"

Im not sure what your saying but i think your asking me to suck robot dick?

sorry, trying to explain it in easy terms is a tradeoff between accuracy and simplicity. Trying to find a balance so it's not impossible to digest but at least somewhat correct.

He didn't account for Kek on that one.

youtube.com/watch?v=KpcmfjFN8OI

not quite in that sense
but me and the wifey feel like we are both working with one mind when on shrooms
now i mean that may just be the whole, after spending years with another person our brains, which naturally try to predict the words or actions of other people, get so good at understanding that other person that they can predict what they are thinking, gonna say, etc with a higher degree of accuracy, resembling mind reading or psychic powers etc, amplified from the shrooms.
feels fucking freaky when we are trippy but an unbelievable bonding experience for us, i mean every second of the trip we are thinking the same things, i mean like sitting in silence, staring off, then we both just start laughing and look at eachother and just know we are laughing at the same thing, i mean its like that just with everything for hours, its amazing and scary
feel like the experience and just how it felt for us is what it would feel like to have an actual hive mind etc.

Well when the computers and robots take over like Skynet at least you'll know how they operate so we can resist

I'm not going to try to correct you because the explanation will be lost on you, but you're using pop-science in place of real science

Compared to my custom built amiga tower all quantum computers look like mere calculators.

Praise KEK
What's the pro for a world government? The cons are weighing far more on this, just look at the EU and see what happens when you cut down sovereign nations.

dat triple Hitler post ending tho

oh shit nigga! they doin a spin off from quantum leap? that shit was amaze!

Quantum physics in computers will by virtue only be applicable for science, economy (for optimization processes) and for intelligence (encrypting). Not consumer products.

What about computers made using synthetic DNA?

whoa whoa whoa
i think you are leaving out an entire industry
quantum porn
i mean come on brother, just think of the possibilities!

Dumb and non-existent. Look into molecular computers and molecular machinery. Most of it is either dreamed up, or observed in nature, but we do currently have the technology to make most of these things one at a time over the course of weeks

Okay how do u explain the electron cloud that surrounds the atom. If the uncertainty principle only is for the spin of electron and has nothing to do with it position or momentum? Pleas explain ur theroy to the electron cloud

That's entirley another question because the DNA is only used for storage.
kek
my dick is in a superposition currently

But for real, quantum computers aren't applicable for games for example, they just provide optimal solutions to simple problems. And trying to convert those into something resembling a game is just stupid, you'd be better off investing into 3d cubic chips for CPUs. Basically a lot of flat CPUs in a small tower, you can even try different cooling techniques.
Price and payoff motherfuckers. Same reason why they still use elephants instead of tractors in SE asia

And. Yes I know I spelled shit wrong and didn't use proper grammer an what not

So we could make a hard drive using DNA and it's virtually unlimited in size

Yeah but it doesn't help with computing power which your post implied. You said computers, not hard drives.
Also it's just a concept, nothing else, we didn't even reach the limitation of traditional hard drives and SSDs, why experiment with goo?
Also using glass or crystals and printing data into them via laser is far better since DNA gets destroyed quickly while data stored in glass or crystal has a basically infinite life.

>my dick is in a superposition currently
kek well played brother

i wasn't talking about creating porn with it, i am talking about feeding it everything we have on space and using it to contact space bitches for the porn
>mfw future scientists are using quantum computers to cybersex chubby neckbeard aliens in basements far far away.

It could probably used to take a video with 3d modeled actors (since they can't be distinguished from people by that point) and use quantum physics to feed every fetish that exists at once, by varying the outcome.

honestly i am curious as fuck to see the outcome of that now
i feel like it would be an amazing work of art full of more meaning than it was meant to and would be studied and critiqued for years to come...

No you can't, because quantum calculations have to be reversible.

They're strictly less powerful than nondeterministic Turing Machines.