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By the end of 2017, Google might be able to come up with a device that could achieve quantum supremacy, being able to perform a calculation that’ll be beyond the abilities of conventional chips. The research team at Google is preparing a 50 qubit chip which might set a benchmark in the field of quantum computing.
Martinis’ team is now working on a chip with around 50 qubits which will help them achieve quantum supremacy. According to him, if such experiment becomes reality it could set a benchmark for other people.
However, Google is not the only one trying to build a 50 qubit unconventional computing tech. IBM is also working on 50 qubit computer. This was known last month when the company made their existing computing resources available to commercial users via their cloud platform.
This is also why humans as we know them today, will be gone in short order. We will become cyborgs or completely merge with artificial intelligence. It has to happen because of the growth of data.
originally posted by: Maxatoria
Being at Uni in the late 90's its amazing how stuff has changed, AI has got a lot better than it was then shall we say, the bang per buck has gone up stupidly compared to what it was in the 90's.
I doubt we'd see proper quantum chips or whatever they get called around for a while and at the moment they are a bit of a sort of thing where they're good for certain things and lets just say having to have a liquid nitrogen delivery every day aint going to really encourage your online gaming.
the universe is computational
originally posted by: Profundity
I read that quantum computers are faulty with a high error curve and with limited uses because they function differently than a normal desktop. Although this new version with a higher calculation capacity could exceed previous versions, I question that quantum tech could be put to use as readily and efficiently as what we rely on already.
originally posted by: Aazadan
originally posted by: Profundity
I read that quantum computers are faulty with a high error curve and with limited uses because they function differently than a normal desktop. Although this new version with a higher calculation capacity could exceed previous versions, I question that quantum tech could be put to use as readily and efficiently as what we rely on already.
Quantum computers aren't really meant to compete with desktops. It's questionable if you would ever have one in your home. They're good for certain classes of problems, but so far no one has come up with a scenario where those problems are useful at home.
After decades of research, the first quantum computers are now up and running. The question now is: What do we do with them?
IBM and D-Wave are trying to cash in on their expensive quantum computers by commercializing services. Both agree that quantum computers are different than PCs and can't be used to run every application.
Instead, quantum systems will do things not possible on today's computers, like discovering new drugs and building molecular structures. Today's computers are good at finding answers by analyzing information within existing data sets, but quantum computers can get a wider range of answers by calculating and assuming new data sets.