Have You Ever Seen or Heard a Quantum Computer!
The Quantum Computer is the Future.
This is the quantum computer research lab at IBM. Imagine 50 years ago when computers were the size of a small bus. Well, quantum computing is still at that stage. But my guess is that Moore's Law will apply to Quantum computing as well.
What is Moore's Law?
Moore's law is the observation that the number of transistors in a dense integrated circuit doubles approximately every two years. ... Moore's law is an observation or projection and not a physical or natural law.
This is a lot of components to keep it going.
With that size it will be a short while before it becomes mainstream.
We all know who is going to be the first users!
Eventually it will be out.
One more thing Quantum computing will need faster internet to do its business.
Most people still using entry 4G internet.
Wait and see.
Keep on steemin'
Colder than outer space. That is pretty wild. Thanks for sharing. I do not understand too much Quantum Computing, but I think you're right, in the future they will have an impact in our lives. Cool to see it in the early stages.
It would be hilarious of the same size we see today, people will conceive that as not a computer rather something else. Because the technology has been polished to the highest possible stage.
I would say it was just an assumption or theory to analyze something and it has never been a physical and natural law.
Thank you @hilarski....steem on and stay blissful...
@hilarski,
No the world is looking for ubiquitous computing! Then they will add quantum computer features there :D
Cheers~
Yeah sure it will in few years..
As a computer student, i can relate and break it down a bit.
You know that game where you say "think of a number", then have the person do a series of arithmetic operations with that number, and you can guess the end result even though you didn't know their original number? Quantum computing is a bit like that, except you have a roomful of people thinking of all possible numbers up to 2^n, where n is the number of randomised qubits you start with. If you think of quantum mechanics in terms of "many universes", each of those 2^n numbers is encoded by the binary arrangement of the bits in a separate universe.
How is that useful? Because unlike people in normal "multiple universes", you can use quantum interference to get them to "talk to each other" and notice repeating patterns among each other's answers. In particular, just as the regular discrete Fourier transform can give you the dominant temporal frequency (or equivalently, wavelength) of a time series of data, the quantum FFT can give you the "universe wavelength"[*] of a quantum-superposed set of answers; that is, "how many universes sideways would you have to go to find someone with the same answer". Let me stop here. It feels good to have an idea of what you talk about @hilarski.
I agree with you @georgechuks.
Quantum computing has the potential to revolutionise how we use data and power machines, but what is it? It differs to classical computing in one fundamental way – the way information is stored. It makes the most of a strange property of quantum mechanics, called superposition. It means one ‘unit’ can hold much more information than the equivalent in classical computing. Nice on @ hilarski
on the otherside we 'll experience potential threats on all of our sorts of security t's all depend that no one have a quatum computer I'd encourage you to know more about prime factorization and shor's algorithm.
if anyone could make it he could break any system within a second all sorts of current cryptography would be useless
It might finally enable weather forecasts to be accurate more than a few days out as well. It will be interesting to know precisely where hurricanes will make landfall, instead of the spaghetti models that we have now which are better than nothing, but still leave a lot to be desired. I think quantum computers will be like GPS in the sense that governments will have the cutting edge capabilities before civilians. You could make unbreakable (with classical computers) and tamper-evident transmissions which will be of interest to militaries. Encryption like we have now with SHA-256 could be compromised, and would destroy coins that use this technology (like Bitcoin) unless some serious changes are implemented. It's all pretty fascinating though, and the connection between mathematics, computer science, and physics is kind of inspiring in a way.
Very cool!
Well its writing on wonderful article
Just imagine if the same size of computer rolled out and marketed then what could be reaction of public.....!!!
That computer sounds like its about to drop the hottest album of 2018!
I thought the same!
Few years from now they will be on my phone.
Wow, reminds me of images of computers in the 50s. Maybe this is the dawn of the next computer revolution!