THIS GIST IS EXTREMELY OBSOLETE. DO NOT FOLLOW THESE INSTRUCTIONS. SERIOUSLY.
IF YOU IGNORE THE ABOVE WARNING, YOU AGREE IN ADVANCE THAT YOU DIDN'T GET THESE INSTRUCTIONS FROM ME, THAT I WARNED YOU, AND THAT I RESERVE THE RIGHT TO POINT AND LAUGH MOCKINGLY IF AND WHEN SOMETHING BREAKS HORRIBLY.
I'll do a write-up of current custom-kernel procedures over on Random Bytes ( https://randombytes.substack.com/ ) one day soon.
I had recently attended the Grace Hopper 2019 conference in Orlando, and had the opportunity to speak with researchers from IBMQ and Qiskit about the current state of quantum computing. Although, I did not get a chance to obtain a ticket to IBMQ's Universal Studios event at The Wizarding World of Harry Potter (the line was extremely long!), I still wanted to share some of the topics surrounding the emerging tech of quantum computing.
I spoke with Cihan Kurter, Research Scientist at IBM Watson, after her presentation titled, "Near-Term Applications of Quantum Computers", and asked, how exactly does the mysterious IBMQ qubit work?
| import commonmark | |
| with open('test.md', 'r') as myfile: | |
| text = myfile.read() | |
| parser = commonmark.Parser() | |
| ast = parser.parse(text) | |
| # Returns the text from markdown, stripped of the markdown syntax itself | |
| def ast2text(astNode): |
