Reminder

You forgot Apple computers too, Nazi. They don’t conform.

Most mechanical computers are binary, retard.

The only people that think quantum computers can beat transistor computers are cs people that have never been in a physics lab and everyone that works with quantum stuff says this.
Multi qubit and even single qubit systems are extremely hard to set up and keep free of noise. This is not what it's like before big breakthroughs, we have already slammed up against the asymptotic limit of this kind of tech.
In 2009 they got shor's algorithm working for the number 15 and there hasn't been anything since. The main application of quantum computing is to simulate other quantum reactions.
Look up the Deutsch problem. They invented this problem as an example of something a QC could do better than a traditional computer and in 30 years no one has found an application for this algorithm.

>Strong AI
>Quantum
ez money scam

Is it an aquarium?

>The result isn't converted into binary
It literally is. The only way to get a result is to check the state of the q-bit which takes away the quantum properties it had during the calculation

qbits can have 3 states
>A quantum computer, on the other hand, maintains a sequence of qubits, which can represent a one, a zero, or any quantum superposition of those two qubit states; a pair of qubits can be in any quantum superposition of 4 states, and three qubits in any superposition of 8 states.

No. Just no. There is no "quantum" anything, this isn't poorly understood near magic effects of some mythical theoretical particle. This is simply electrons being so small they can move through any material at the path of least resistance, because nothing can exert 100% perfect electrical control over them. It is current leakage. It is nothing but current leakage. It is current leakage in short channel devices, and it happens at literally every feature size, it is not exclusive to small FinFET devices like upcoming 5nm EUV FinFETs. Even planar devices have extremely high degrees of leakage through their channels, directly under the gates, electrons still leak out. Yet despite this the transistors still function.

Still to this day spin superposition is a poorly understood meme, and virtually all of the software is hacks to work around unpredictability in results generated. I'm actually dumbfounded that IBM is shipping a commercially ready product based on a Qbit chip. The DWave systems are still nothing but large expensive test machines.

Try again.

a qbit's configuration space is uncountable on paper and physically very, very large, retards
shit thread, every poster here except me should kill themselves.

>DWave systems
Dwave is making machines that use quantum annealing which is the meme of the quantum computing world. That's why they release compters with 1 000 q-bits and still have nothing to show