Qiskit
88 comments
Review summary
Based on 88 comments, created with AI
Students overwhelmingly praise this teacher's teacher's experience, teaching quality, study material. Many students highlight has a history of explaining complex topics (quantum co...
What students talk about most
Evaluation breakdown
Top Strengths
1. Clarity and conciseness in explaining complex topics.
2. Ability to make the subject engaging and inspiring for students.
3. Providing strong foundational understanding and supplementary resources.
Areas to Improve
1. Addressing depth for advanced learners and avoiding oversimplification of complex concepts.
2. Improving explanations for particularly challenging topics like CNOT gate logic.
3. Potentially offering more explicit doubt support mechanisms.
What students love
“Just now I watched the video on Quantum Computers uploaded 3 years ago by Cleo Abram and Marques Brownlee, where you explained them how it works, now we're learning how to use it. My day can't get any better.”
4 likes
“Nice brief explanation. Better than folks at Google who just overhype things by making illogical analogies.”
3 likes
“Along with the refresh for linear algebra, the most important sentence for me is: 'A gate acts on a state by transforming its vector into a new vector. Each gate corresponds to a specific matrix.'”
3 likes
“Looks like I’m going to be learning quantum computing and won’t miss a single lesson.”
1 likes
“Quantum computing is mind-blowing — the future of problem-solving starts here!”
1 likes
“This video is perfect. I am doing a Quantum Computing Independent Study at UVA.”
“An Excellent list of best reading for students and teachers of Physics, Science and Engineering topics. Thank You!”
“What a brilliant presentation. Probably one of a kind — certainly the best you’ve done on that channel.”
“This was very informative, appreciate it.”
“Nice tutorial, Olivia's tutorials are always easy to grasp. I learned about the global minus sign which does not change the physical quantum state.”
What could be better
“This is nibbling at the edges or crumb-gathering at the limits of computation.”
“These are elaborate games to give 'computer scientists' something to keep them busy.”
“Your rudimentary description of parity checking is not extrapolatable to quantum qubits; it's a trivial example to express an impossible overextension.”
“Several times I've tried to engage with IBM's Q computer stuff... never got anywhere. This shouldn't be hard, but I don't understand the CNOT gate logic.”