Row 3498

Row ID: 3498 | Dataset Entry | Axioma AXP Content Repository

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This page contains data entry 3498 from the Axioma AXP content repository. The structured data below represents the complete record for this entry.

Hey guys,

I'm a fairly experienced developer (\~8 years working on low-level code and infrastructure), and am working on my final paper for college. After a few months of research on QC theory (focusing on mecanical physics, algebra, concepts of Qubits and Qugates), I decided to have my final paper being about the development of compilers for quantum software (i.e. software developed to be executed on general-purpose, gate based quantum machines).

Right now, my main efforts are being on learning more about Q#, Qiskit (and, consequently OpenQASM), and maybe Cirq. While finding resources on how to code for these languages/frameworks is fairly easy, I'm having a hard time finding papers/articles/documentation that talk about the compilation process.

Do you have any suggestions for resources regarding some of the subjects below?

* Compiler for quantum algorithms in general * Generic structure of quantum compilers (akin to how classical compilers go through lexical, synthatic and semantic analysis) * The process of converting code to signal controls in a quantum circuit * The process of translation high-level code to something hardware-oriented (like OpenQASM)

So far, the best researches on this I have found are:

* [https://www.nature.com/articles/nature23459](https://www.nature.com/articles/nature23459) * [https://arxiv.org/pdf/1604.01401.pdf](https://arxiv.org/pdf/1604.01401.pdf)

Any help here would be welcome. Thanks!

FieldValue
text Hey guys, I'm a fairly experienced developer (\~8 years working on low-level code and infrastructure), and am working on my final paper for college. After a few months of research on QC theory (focusing on mecanical physics, algebra, concepts of Qubits and Qugates), I decided to have my final paper being about the development of compilers for quantum software (i.e. software developed to be executed on general-purpose, gate based quantum machines). Right now, my main efforts are being on learni…
label r/quantumcomputing
dataType post
communityName r/QuantumComputing
datetime 2024-03-10
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url_encoded Z0FBQUFBQm5Lak9FRkdhU1BwYklCbmhOLWZtbWIzaGFHbGhsY3B0TlJiRUNUV1VnRXB0eW5oSFNic3J6elVFQmFIWGh6MVp5LTJfX01CM0VVUk4zSm9aNWx0ZEt5UUYzd25nSFNHQWRVNlFzcUdkZjN2NFAzMTN6cmFjbEN3Z3VOX201TzZ3czViMDFGaFhJaUUxeDJ3ekt4NmFHWXQ5NkN1T1k2ckpfWGVjaExkTEJPSzI3LW9jUzdWME83N2lCcFNkVHAzRkJqamhGRl9GVVlYdXFwU21NdTFLMVBmWHFvUT09

Raw Record

{
  "text": "Hey guys,\n\nI'm a fairly experienced developer (\\~8 years working on low-level code and infrastructure), and am working on my final paper for college. After a few months of research on QC theory (focusing on mecanical physics, algebra, concepts of Qubits and Qugates), I decided to have my final paper being about the development of compilers for quantum software (i.e. software developed to be executed on general-purpose, gate based quantum machines).\n\nRight now, my main efforts are being on learning more about Q#, Qiskit (and, consequently OpenQASM), and maybe Cirq. While finding resources on how to code for these languages/frameworks is fairly easy, I'm having a hard time finding papers/articles/documentation that talk about the compilation process.\n\nDo you have any suggestions for resources regarding some of the subjects below?\n\n* Compiler for quantum algorithms in general\n* Generic structure of quantum compilers (akin to how classical compilers go through lexical, synthatic and semantic analysis)\n* The process of converting code to signal controls in a quantum circuit\n* The process of translation high-level code to something hardware-oriented (like OpenQASM)\n\nSo far, the best researches on this I have found are:\n\n* [https://www.nature.com/articles/nature23459](https://www.nature.com/articles/nature23459)\n* [https://arxiv.org/pdf/1604.01401.pdf](https://arxiv.org/pdf/1604.01401.pdf)\n\nAny help here would be welcome. Thanks!",
  "label": "r/quantumcomputing",
  "dataType": "post",
  "communityName": "r/QuantumComputing",
  "datetime": "2024-03-10",
  "username_encoded": "Z0FBQUFBQm5LakwxQ1pub1ktMVZnbGR3dVpkZHBoV3AtX2ozaGRQZllqZXBPSGJUMHhtSnYweFZMSVdNaU1hUWp5Q3JfSll3UldKWmw2a3NkS21wUmlNSjY3bS0wUjM0dVE9PQ==",
  "url_encoded": "Z0FBQUFBQm5Lak9FRkdhU1BwYklCbmhOLWZtbWIzaGFHbGhsY3B0TlJiRUNUV1VnRXB0eW5oSFNic3J6elVFQmFIWGh6MVp5LTJfX01CM0VVUk4zSm9aNWx0ZEt5UUYzd25nSFNHQWRVNlFzcUdkZjN2NFAzMTN6cmFjbEN3Z3VOX201TzZ3czViMDFGaFhJaUUxeDJ3ekt4NmFHWXQ5NkN1T1k2ckpfWGVjaExkTEJPSzI3LW9jUzdWME83N2lCcFNkVHAzRkJqamhGRl9GVVlYdXFwU21NdTFLMVBmWHFvUT09"
}
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