For the past two years we hosted Q# Advent Calendar (2018 and 2019) – a blogging event in which every day in December one awesome community member writes a blog post about Q#. I really enjoyed reading both years’ entries, so let’s do it again!
The rules are simple:
- Reserve a slot by leaving a comment on this post. (You can also tweet about it, but you’ll have to mention @tcNickolas to make sure we’ve seen it!) The slots are assigned on the first come, first serve basis. You do not have to announce the topic of your blog post until you’re ready to publish it, but we’d really love to hear it beforehand. (This also helps other bloggers to pick a topic that is not too close to the ones already covered.)
- Prepare a blog post (in English) about Q#, cool project you’ve done in Q#, learning Q#, teaching Q#, using Q# for research, tools for working with Q#… You got the idea.* Don’t forget to check out the previous calendars for inspiration!
- Publish your blog post on your assigned date. Don’t forget to link back to the Q# Advent Calendar from your post, so that your readers can find the entire advent.
- Leave the link to your blog post in a comment to this post, and we’ll add it to the calendar. If you share a link to your post on Twitter, use hashtags #qsharp and #QsAdvent.
*Q# Advent Calendar accepts only original content.
| Date | Author | Post Title |
|---|---|---|
| Dec 1 | Vincent van Wingerden | Quantum Secret Santa |
| Dec 2 | Mariia Mykhailova | Inside the Quantum Katas, part 1 |
| Dec 3 | Dmytro Fedoriaka | Decomposing unitary matrix into Q# quantum gates |
| Dec 4 | Mathias Soeken | Emulation in Q# |
| Dec 5 | Raphael Koh | Staring into the soul of a Quantum program |
| Dec 6 | Microsoft Quantum team | Azure Quantum Developer Workshop |
| Dec 7 | Syed Farhan Ahmad | Variational quantum classifier |
| Dec 8 | Sarang Brahme | Cloud Architecture for Quantum Computing — with Azure |
| Dec 9 | Julien Mellaerts | Quantum device fidelity benchmark in Q# |
| Dec 10 | Andrew Helwer | Two pictures of quantum computation |
| Dec 11 | Alan Geller | Three years of Q# |
| Dec 12 | Syed Farhan Ahmad | Teaching Quantum Computing with Microsoft Q# at Mini-Workshops |
| Dec 13 | Kunal Kasodekar et al | A look into Quantum Machine Learning |
| Dec 14 | Filip Wojcieszyn | Creating Q# Compiler Rewrite Steps |
| Dec 15 | Arthur Casals | Microsoft and the State of Quantum: Q&A With Mariia Mykhailova |
| Dec 16 | Kitty Yeung | A Cat’s Survival Mechanism |
| Dec 18 | Lucy Zhang, Arjun Subramonian | Simple Quantum Gates Card Game using Python and Q# |
| Dec 19 | Guen Prawiroatmodjo, Andy Sun | Preparing a Gaussian wave function in Q# |
| Dec 20 | Pratik Sathe | Measurements in Q# |
| Dec 21 | William Olsen | The All-Seeing Oracle |
| Dec 22 | Aman Bansal | Flame Graphs for Q# |
| Dec 23 | Melvin Mathews | Using Grover’s search algorithm to solve cryptarithms |
| Dec 24 | Chris Kang | A Summary of Fermionic/Molecular Simulation |
| Dec 25 | Oleksii Mudryk | Latest Q# notebooks visualization capabilities |
Looking forward to reading your Q# stories!
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