Earlier this week, my first ever art installation in New York City went up. It took just a little over a year from concept to execution, but it is officially finally done, and I couldn’t be happier with how it turned out. #qiskit#QuantumComputing#generativeart
Lesson 3 of Understanding Quantum Information & Computation with John Watrous is out now!
Lesson 3 of Unit 1 introduces the quantum circuit model, as well as some important mathematical concepts including inner products, orthogonality, and projections.
https://t.co/qWmU8hj8AX
Very proud to share the first of many videos that my team is producing. We genuinely believe we are making the best learning material available for anyone and everyone to learn quantum computing.
Lesson 1 of Understanding Quantum Information and Computation is live! Come learn with John Watrous over on the YouTube Channel.
https://t.co/zZ2sTvFgNq
Some amazing things are on the way. It's an honor to get to work with John, and the team has done such an incredible job bringing his teachings to life.
Quantum computing has attracted the attention and sparked the imaginations of people around the globe.
Let us welcome you to Understanding Quantum Information and Computation, a free course on quantum computing explained at a detailed, mathematical level.
Coming November 1st
Quantum computing has attracted the attention and sparked the imaginations of people around the globe.
Let us welcome you to Understanding Quantum Information and Computation, a free course on quantum computing explained at a detailed, mathematical level.
Coming November 1st
@VanArman The greater the decoherence, the less accurate your results will be, which is bad when trying to do a computation. And unfortunately, quantum computers are very prone to decoherence (for now). Quantum states are really fragile and it doesn't take much for them to decohere.