# quantum computing for the determined

I loved the easy bite-sized chunks, and apart from a couple that were mostly proofs I enjoyed them all (sorry, I’m just not all that into proofs). It is very instructive to see QM treated as abstracted mathematical framework for computational purposes. (Looking forward to it!). Thanks for the lectures! In taking this approach I was inspired by the excellent Khan Academy. I’m a cryptography student. You may also enjoy David Deutsch’s original paper about quantum computing. 6 Tips for working with qubits - First I hadn’t quite thought the consequences of the cNOT gate through, which has sunk in after reviewing the vids. 5 19 Quantum computing uses a combination of bits to perform specific computational tasks. (Rather than just oogle its mysteries from afar.) But as a remnant of this plan, in at least one video (video 7, the video on unitary matrices preserving length, and possibly elsewhere) I leave something “to the exercises”. Mauri. Here is another vote for you to finish the course! 15 Superdense coding redux: putting it all together - 9 I don’t have an opportunity here to take courses on Quantum Mechanics, Information Theory, Algorithms, Complexity theory etc. I’ve just finished your videos and found them very helpful. Its been great to study these lectures along with following your book. Want to join into the chorus and express my hope that you will find time to continue the video course. I’ve posted to YouTube a series of 22 short videos giving an introduction to quantum computing. What a way to spend most of a Saturday! 14 http://www.youtube.com/user/mnielsencourses#g/c/1826E60FD05B44E4. Quantum teleportation: discussion - Note that because this really does get into the nuts and bolts of how things work, it also builds cumulatively. Hopefully, this will gin up some viewership and maybe enough intellectually curious people will be sufficiently determined to make it through all videos. Assuming I now understand correctly! Thanks Michael! Quantum computers are great for solving optim isation problems from figuring out the best way to schedule flights at an airport to determining the best delivery routes for the FedEx truck. I just completed watching the video series (15 minutes is perfect for watching while on an exercise machine). How it’s using quantum computing: Recent research into whether quantum computing might vastly improve weather prediction has determined… it’s a topic worth researching! Excellent series! I’m an engineer, not a scientist, so am perfectly happy wallowing in linear algebra, probability, and complex numbers – and so I’m frustrated by popular articles on QM which cower away from that essential math, thereby explaining nothing, and leaving the theory looking like magic. Definitely the best introduction i have seen. I feel strongly this work should get about the same exposure as the better open courseware lectures on offer by MIT (i.e. Distinguishing quantum states - Naturally I’d doubt myself first, but the latter makes much more ‘systematical’ sense. It would be great if you cud take some time off from your busy schedule and complete the series. Conversely, since I never had any advanced physics classes, I’m baffled by advanced scientific books presuming readers are already fluent with all the basic notation and elementary concepts of QM. Quantum fuel. @Edwin: Thanks! Inspired way to approach the subject. You sound like you’re from Oz? Measuring a qubit - Rather silly to have missed that comment. Quantum Computing for the Very Curious – A long-form article by the author of the preceding videos. Then some how I lost track of it all (Job is a big killer). Thanks! Preparing the Bell state - 13 And while we still have little understanding of that relationship, many in the QC field view it as a notable use case. The postulates of quantum mechanics I: states and state space - Our first quantum gate: the quantum NOT gate - It’s pretty interesting stuff. Thanks to Jen Dodd, Ilya Grigorik and Hassan Masum for feedback on the videos, and for many enjoyable discussions about open education. That was the fact that, for an N qubit system, you’d need 2 to the power N numbers to represent it’s internal state, and not 2 * N. Once I’d realised that, it all started to fall into place. Quantum computing is an insane topic. Sir, your videos are excellent. JavaScript is disabled for your browser. Quantum computing for the determined. Thank you very much for the great work you put in to make quantum computing understandable for every one through these video lectures.Looking forward for more such videos. 2 I would also like for you to finish the course. - Here’s the first video: Below I list the remaining 21 videos, which cover subjects including the basic model of quantum computing, entanglement, superdense coding, and quantum teleportation. What’s so special about entangled states anyway? Where will the key ideas shaping the future of scientific publishing come from? [Since I have no formal background of Physics, Math or Computer Science], Copyright © 2020 . Titan Theme by The Theme Foundry, Our first quantum gate: the quantum NOT gate, Why unitaries are the only matrices which preserve length, Superdense coding: how to send two bits using one qubit. To work through the videos you need to be comfortable with basic linear algebra, and with assimilating new mathematical terminology. 11 Go finish the videos when you have time Michael. 18 I heard of the Adiabatic one from D-Wave (or was it Q-Wave?). Instead of relying on a binary bit, these computers will have qubits—quantum bits—as their base unit. Great job! If you want a high-level overview of quantum computing, why it’s interesting, and what quantum computers may be capable of, there are many available online, a Google search away. Thanks! Or is it just a lull before its going to come back in a big way? Quantum Computing for the Determined – A series of 22 short explanatory videos, starting with The Qubit. In particular, you don’t need a background in quantum mechanics to follow the videos. It’s a bit harder to read than an article in Wired or Scientific American, but it’s worth the effort, for the paper gives a lot of insight into some of the fundamental reasons for thinking about quantum computing in the first place. Thank you, gracias, shukran merci, toda. If you think it’ll bug you, these videos aren’t for you. Universal quantum computation - Is there a tension between creativity and accuracy? Unfortunately, work responsibilities that couldn’t be put aside meant I had to put the remaining videos on hold. 17 I feel that there is so much more information conveyed through them than to simply read the information by itself. You can’t just skip straight to the quantum teleportation video and hope to understand it, you’ll need to work through the earlier videos, unless you already understand their content.

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