Help in understanding a quantum circuit

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SUMMARY

This discussion focuses on simulating quantum circuits, specifically addressing the Hadamard gate's effect on input "C" as described in the paper from IEEE. The Hadamard gate functions similarly to a classical coin flip when the input is not in superposition, producing deterministic outputs. The user is encouraged to utilize the Quirk simulation tool to visualize and understand the circuit's behavior more effectively.

PREREQUISITES
  • Basic understanding of quantum gates, particularly the Hadamard gate.
  • Familiarity with quantum circuit simulation tools like Quirk.
  • Knowledge of quantum superposition and measurement concepts.
  • Ability to interpret research papers in quantum computing.
NEXT STEPS
  • Explore the functionality of the Hadamard gate in depth.
  • Learn how to use Quirk for simulating various quantum circuits.
  • Investigate the implications of quantum superposition on circuit outputs.
  • Review the referenced IEEE paper for a comprehensive understanding of the circuit design.
USEFUL FOR

Quantum computing enthusiasts, researchers in quantum circuit simulation, and developers working on robotics that incorporate quantum algorithms.

victor94
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I'm in a proyect to simulate quantum circuits in robots like in this paper
( http://ieeexplore.ieee.org/document/4215941/ ) ,the first thing that i need to do is to simulated the circuit that is in that paper:

upload_2017-3-29_15-15-14.png

But I'm having trouble understanding how the hadamard gate affects the "C" entrance, any help will be appreciated.

Thanks
 
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In this case, assuming ##S1## is off or on (i.e. not in a superposition w.r.t. the computational basis), the Hadamard gate just acts like a classical coin flip because its output is only ever measured or used to control other operations.

##S2## seems completely pointless as far as I can tell.

You can simulate the circuit in Quirk to see the specific cases:

circuit-cycle.gif
 
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