There was one thing that took me ages to understand. I’ve seldom seen QM-related material explained so simply and clearly. Shor’s algorithm, PLEASE, PLEASE!!!!!!!!!!!!!!!!!!!!!!!! Superdense coding redux: putting it all together - Examples of single-qubit quantum gates - But feels like Q Computing has lost the momentum. It’s pretty interesting stuff. 6 I hope you take these videos to the end. As it is, I hope the incomplete series is still useful. It really is appreciated a lot. The postulates of quantum mechanics II: dynamics - I regularly follow your book on Quantum Computation for my project works. 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. I am interested in Quantum Computation and I want to do masters and Ph.D in this field. 18 This pulls out the key points while laying out your reasoning or distillation process. I heard of the Adiabatic one from D-Wave (or was it Q-Wave?). I could easily have watched a few more. Lec 22 just stops! Again, time prevented me from doing this: there are no exercises. Thanks! 16 viewership in the thousands rather than hundreds). If you’re not, working through the videos will be arduous at best! Quantum computing is an insane topic. 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. Also can you suggest some GUI based software in which we can simulate the simple quantum gates with single or multiple qbits so we can raise the complexity of the circuits , vary the inputs and observe the output of the gates . Great job, and thank you for making it available. To this end I took the liberty to submit a story to slashdot.org in order to promote this course. 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. +1 from me to complete them when you get some time. Some features of this site may not work without it. 5 I am currently a first year undergraduate student of Electrical and Electronics engineering in India. Preparing the Bell state - that did Shor’s algorithm and then the 7 qbit one. Any chance on having some exercices to practice ? If you enjoyed these videos, you may be interested in my forthcoming book, Reinventing Discovery, where I describe how online tools and open science are transforming the way scientific discoveries are made. I did a BSc in mathematical physics in Bert Green and Angus Hurst’s famous old dept in Adelaide many years ago (probably before your time) and have never entirely lost my interest, so I’ve seen the Hilbert space formulation before and solving the hydrogen atom, quantum scattering etc etc. This is really amazing and great, I hope you finish the remaining videos so we can have a complete course. First, the videos treat quantum bits — qubits — as abstract mathematical entities, in a way similar to how we can think of conventional (classical) bits as 0 or 1, not as voltages in a circuit, or magnetic domains on a hard disk. Our first quantum gate: the quantum NOT gate - What's so special about entangled states anyway? It would be great if you cud take some time off from your busy schedule and complete the series. by Michael Nielsen on June 10, 2011. Thanks Michael! Quantum fuel. Here is another vote for you to finish the course! One minor gotcha: originally, I was hoping to integrate the videos with a set of exercises. 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. 7 Definitely the best introduction i have seen. I do hope that you complete this set, and also do something on algorithms? The postulates of quantum mechanics III: measurement, Directory of Open Educational Resources (DOER). I would love to see the course completed! It will be of immense help if you can manage some time and finish the course. Go finish the videos when you have time Michael. A few rare resources, such as your videos, are aimed at exactly the right level: using the necessary math to construct the right mental models to create understanding. Sir, your videos are excellent. Superbly clear presentation. 2 It turns out that my problem was two fold. The controlled-NOT gate - I’ve posted to YouTube a series of 22 short videos giving an introduction to quantum computing. Naturally I’d doubt myself first, but the latter makes much more ‘systematical’ sense. And while we still have little understanding of that relationship, many in the QC field view it as a notable use case. 11 15 I watched the 22 videos, and im curious how any algortihm might take advantage of the possiblities offered by the information in the state space. 14 I’m a cryptography student. So, I’d like to add another vote for finishing the course. I saw this story on slashdot. 17 22 Such higher-level articles may be helpful to read in conjunction with the videos. What’s so special about entangled states anyway? 8 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. Quantum computing for the determined. @Edwin: Thanks! I feel strongly this work should get about the same exposure as the better open courseware lectures on offer by MIT (i.e. Quantum computing uses a combination of bits to perform specific computational tasks. Second, the videos focus on the nuts-and-bolts of how things work. Distinguishing quantum states - It is very instructive to see QM treated as abstracted mathematical framework for computational purposes. Your great videos inspired me to try to explain come quantum phenomena to some math phobic colleagues in this series: http://mycodehere.blogspot.com/2011/11/quantum-computing-5-quantum.html (no ads) – but they boiled it down even further by making me remove most of the matrices, vectors and greek letters! This is just a delightful introduction to QC.
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