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1. Start by importing the QCL library.
from qcl.qcl import *
- Create a new quantum program.
program = Program()
- Define a register to hold our qubits.
register = Register(name='HelloWorldRegister', size=1)
program << [register]
- Apply the H gate to the qubit in the HelloWorldRegister, which creates superposition between |0> and |1>.
program << register[0].H()
- Measure the qubit and get its state.
measurement = Measure(register)
program << measurement
- Define a classical output variable to hold the result of the measurement.
output = Output(name='HelloWorldResult', size=1, type_id="qint")
- Connect the measurement to the output variable.
program << [measurement >> output]
- Display the result of the program when it is run.
program << Print(output)
- Execute the program and print the result.
program.execute()
print(output.value())
The output should be either 0 or 1, indicating whether the qubit is in state |0> or |1>. If we run the program multiple times, we may get different results due to quantum superposition. The goal of this program is not necessarily to display “Hello World!”, but rather to demonstrate basic operations in QCL.
Prompt
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Negative prompt
verybadimagenegative, bad_prompt_version2-neg, easynegative, FastNegativeV2, ugly, deformed, noisy, blurry, low contrast, extra eyes, bad eyes, ugly eyes, imperfect eyes, deformed pupils, deformed iris, cross-eyed, poorly drawn face, bad face, fused face, ugly face, worst face, unrealistic skin texture, out of frame, poorly drawn hands, cloned face, double face, blurry, bad quality
Text model: silicon-masha
Image model: ZaxiousXL
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