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Hi Steve! When I run this part of the code: circ = QuantumCircuit(1, 1) circ.h(0) meas = QuantumCircuit(1, 1) meas.measure(0, 0) qc = circ + meas I got this error message TypeError Traceback (most recent call last) in () 4 meas = QuantumCircuit(1, 1) 5 meas.measure(0, 0) ----> 6 qc = circ + meas TypeError: unsupported operand type(s) for +: 'QuantumCircuit' and 'QuantumCircuit' Would you know why this happens?
Check of you have loaded your account properly! Also qiskit keeps changing and I made the video a while back so I’m not sure if everything still works with the new version.
Ah I see. So the input can be very different depending on the algorithm and problem. The output will always be a list of zeros and ones (I talk about this in this video: th-cam.com/video/AlOhEu6DILA/w-d-xo.html). I‘ll probably make a video on quantum optimization where I‘ll use a quantum computer to solve a combinatorial optimization problem where you’ll see what I mean in action. So stay tuned :)
I don’t see why they ever would. There is no advantage over classical GPUs, if you are not using a specific quantum algorithm with a known speedup there is little reason to use a quantum computer, it’s clock speed is orders of magnitudes slower and there are all the errors.
@@QuantumSteve Can you tell me which REAL-LIFE applications of quantum computers have been used until today? Thanks so much and sorry for my curiosity!!!
Well non at all, it’s all small experiments. The most real life is the simulation of small molecules and they recently managed to simulate the water molecule.
Well I can’t give you an internship haha I’m a PhD student myself :) you have to look at the websites of the major quantum computing startups. They advertise internship opportunities there!
To keep up with the latest research developments in quantum computing sign up to www.paperparrot.ai/.
We send you a weekly AI-generated newsletter with the latest research papers in quantum computing based on your interests (for free).
props for using cherokee in the background
Hi Steve!
When I run this part of the code:
circ = QuantumCircuit(1, 1)
circ.h(0)
meas = QuantumCircuit(1, 1)
meas.measure(0, 0)
qc = circ + meas
I got this error message
TypeError Traceback (most recent call last)
in ()
4 meas = QuantumCircuit(1, 1)
5 meas.measure(0, 0)
----> 6 qc = circ + meas
TypeError: unsupported operand type(s) for +: 'QuantumCircuit' and 'QuantumCircuit'
Would you know why this happens?
i love this series man, keep it up!
Really amazing man 😁
So can we travel back in time?
Wow, wow, excellent 🙌👏👏👏👏✨✨ ✨
I keep getting IBMQ provider errors when I try to put the experiment into one of the quantum computers. Any help will be appreciated.
Check of you have loaded your account properly! Also qiskit keeps changing and I made the video a while back so I’m not sure if everything still works with the new version.
bro explain about i/o system of quantum computer
Thanks for the suggestion :) Can you tell me a bit more about what you'd like to know? I'm not sure if I fully understand your suggestion just yet.
@@QuantumSteve
input and output system.
how the input is given and the output is giving to us?
Ah I see. So the input can be very different depending on the algorithm and problem. The output will always be a list of zeros and ones (I talk about this in this video: th-cam.com/video/AlOhEu6DILA/w-d-xo.html).
I‘ll probably make a video on quantum optimization where I‘ll use a quantum computer to solve a combinatorial optimization problem where you’ll see what I mean in action. So stay tuned :)
Awesome content! Keep it up ;)
when will quantum computer use for graphic simulation (practical example: covid 19 spread simulation) like supercomputer now??
I don’t see why they ever would. There is no advantage over classical GPUs, if you are not using a specific quantum algorithm with a known speedup there is little reason to use a quantum computer, it’s clock speed is orders of magnitudes slower and there are all the errors.
@@QuantumSteve th-cam.com/video/GAvO_QdO9eM/w-d-xo.html
this Fugaku supercomputer simulated covid 19 spread last year
Yes? That’s a video of a classical super computer, no quantum needed.
@@QuantumSteve Can you tell me which REAL-LIFE applications of quantum computers have been used until today? Thanks so much and sorry for my curiosity!!!
Well non at all, it’s all small experiments. The most real life is the simulation of small molecules and they recently managed to simulate the water molecule.
Good stuff!
Yay
How to work with you as I am working on the same interest
Hi! So what are you working on exactly?
Student seacrhing interahips on quantum machine learning algorithms for for neutral network problems
I am from computer science background
Well I can’t give you an internship haha I’m a PhD student myself :) you have to look at the websites of the major quantum computing startups. They advertise internship opportunities there!
For the mean time give a task that can be helpful to work
Top notch
Can I use it for the blockchain?
I don’t think so...
Btw I'm a big fan of quantum
And I dream of building a quantum computer with millions of qubits working at room temperature 😁
Let’s make it happen :)
@@QuantumSteve yup sure
But I'm currently in the last year of schooling i.e. 12th grade 😁
But I'm studying quantum along in my free time
I know y'all want me to believe your automating AI videos for me and I'll believe anything you say😢