I'm working with a program, which needs iterations of quantum computation like this

def quantum(n):
    #n is input size associated with oracle, 
    #and some other components are omitted.

for n in range(0,10):
    start = time.time()
    end = time.time()

Now I have to wait for hours to run this on the 16-qubit quantum computer. So is there any way to pack all computation into one round?


Assuming your quantum() method creates a circuit, you can run lots of circuits in one go by using the execute command. For example execute([grover_1, grover_2, grover_3], backed=my_backend).

  • $\begingroup$ Yes, but can I count time for each computation? $\endgroup$ – Zaragoss May 19 '20 at 10:09
  • 1
    $\begingroup$ Yes this is returned as a parameter in the results object :) $\endgroup$ – met927 May 19 '20 at 10:16
  • $\begingroup$ I'm new in using this framework, so sorry, but it seems the algorithm Grover in aqua.algorithms is not a circuit which can be accepted by execute directly, right? Then is there any way to execute some simple methods like Grover, without touching too much circuit work? $\endgroup$ – Zaragoss May 19 '20 at 11:03
  • 1
    $\begingroup$ Instead of doing grover.run() you can do grover.construct_circuit(). This will return a circuit which can then be run by execute $\endgroup$ – met927 May 19 '20 at 12:35
  • $\begingroup$ Update: I have just found results given by the quantum processor contain only an overall time_taken for total time, while simulators provider time counted for each circuit. So is there any way to deal with it? (Maybe this is a little off-topic, I posted another question for this issue.) $\endgroup$ – Zaragoss May 20 '20 at 14:08

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