What is a real life application for a quantum computer?

enslavement of humanity, with people at the head that are so consumed with avarice they cant see the big picture, instead there picture is anti-life, less for us means more for them

Ask Sam Becket.

And you ignored op's question. Op wants to know how they are using them, not why.

Hacking encrypted passwords.

Make edits to parallel dimensions. For example change berenstain to bear stains

probably just tells you where to keep people sympathetic to your cause and in what positions, could be private or public, a few people in a few key positions has the system by the balls

Easy. How else are you going to achieve a sustained 60 FPS for Crysis? Are you mad, man!?

Any other applications besides hacking? That was an excellent answer by the way.

What sort of operating system would it need to utilise? Windows compatible?

Quantum Computing Potential

[link to en.wikipedia.org (secure)]

gangstalking

Wiki say: "Large-scale quantum computers would theoretically be able to solve certain problems much more quickly than any classical computers that use even the best currently known algorithms, like integer factorization using Shor's algorithm or the simulation of quantum many-body systems. There exist quantum algorithms, such as Simon's algorithm, that run faster than any possible probabilistic classical algorithm.[9] Given sufficient computational resources, a classical computer could in theory simulate any quantum algorithm, as quantum computation does not violate the Church–Turing thesis.[10] On the other hand, quantum computers may be able to efficiently solve problems which are not practically feasible on classical computers."


Probably will lead to AI systems capable of achieving self-awareness.

I suspect this too. It seems like a computer could simulate choice easily with the 1 and 0 being either or.

Duh! Storing all the data they use to monitor and control us all? Which is probably part of what he was referring to?

Quantum Computing. Duh!

The double-slit experiment proves that particle-wave duality exists already online, because the fiber-optic cabling used to connect the 'world wide web' enables it.

What this means is, with the right processor, you can go quantum networking online with the existing infrastructure, which is mostly set into and embedded in the deep ocean.

Thus, point A (anywhere on the 'web') can be connected to point B (anywhere else in the 'web') with almost instant relay; no time interval.

It follows that what you input @ A appears @ B almost simultaneously with NO INTERCEPTION POSSIBLE BECAUSE THERE IS NO SPACE in-between quantum communications and so, nothing in transit to capture; no data packets, no zip files, no nothing. Pure information highway.

Satellite uplink at the most sophisticated level works this way.

Access nodes are of course restricted for this type of computerization to the...well, you know, you know who they are.

High-frequency trading uses this quantum computing method to benefit Wall Street by short selling and the like nanoseconds before a legitimate trade. This is how machines have taken over the market system, and made it an anti-human A.I. platform to the detriment of humanity and the enrichment of a few allegedly human speculators and hedge funds.

The key thing to remember is that quantum computing was designed to mimic the human brain, beacuse thought occurs faster-than-light ('out of time'). The mechanics of quantum computing were created to enable humans with machines to overcome the limitations of not being able to hack the minds of other human beings in real time; but the machines hacked them in the end.

Irony. Irony of ironies.

I could go on, but I hope this is enough to give you the general idea.

Excellent and important piece. Could you elaborate on the part in bold?

I really hope quamtum computing isn't based off of a faulty experiment.

No, that should be enough for now.

If they have figured out retrocausality ie information from the future flowing to the past perhaps a Quantum Computer could see future probabilities.