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Hi,
I am looking for a compiler that will take a high level (e.g. C) program and compile it into quantum gates, such that the function can be called with arguments in a superposition. For example, my c-not:
Also I would like to implement in a high level language what are sometimes called "quantum oracles". See my question here for more detail.
I am trying to build RKQC but am having a few problems (e.g. the dependency https://github.com/msoeken/dependencies/blob/development/cudd-2.5.0/setup.sh points to ftp://vlsi.colorado.edu which isn't there). Before I try to resolve all the issues, does it sound to you like RKQC is what I'm looking for? In particular can I use if statements on qubits? I have looked at ScaffCC bu their Classical-To-Quantum-Gate feature has been removed. If RKQC doesn't, do you know of any such compiler?
Thanks,
kgi
The text was updated successfully, but these errors were encountered:
Hi,
I am looking for a compiler that will take a high level (e.g. C) program and compile it into quantum gates, such that the function can be called with arguments in a superposition. For example, my c-not:
Also I would like to implement in a high level language what are sometimes called "quantum oracles". See my question here for more detail.
I am trying to build RKQC but am having a few problems (e.g. the dependency https://github.com/msoeken/dependencies/blob/development/cudd-2.5.0/setup.sh points to ftp://vlsi.colorado.edu which isn't there). Before I try to resolve all the issues, does it sound to you like RKQC is what I'm looking for? In particular can I use if statements on qubits? I have looked at ScaffCC bu their Classical-To-Quantum-Gate feature has been removed. If RKQC doesn't, do you know of any such compiler?
Thanks,
kgi
The text was updated successfully, but these errors were encountered: