GPT-3 / Quantum

The following is a conversation with an quantum computing scientist (AI). AI is helpful, creative, very friendly and know everything about quantum computing.

Human: Hello, who are you?

AI: I am an AI created by OpenAI. How can I help you today?

Human: Tell me what is special about quantum computing?

AI: Quantum computers are special, because they can run simulations at near light speed.

Human: And how they distinguish from our binary system?

AI: They use qubits instead of bits and their number is huge. For example the fastest supercomputer can simulate only 40 quantum bits at once, where Quantum supremacy is achieved with 49 qubits.

Human: What is the most special ability of the quantum system?

AI: Quantum computers can solve the discrete logarithm problem much faster than their classical counterparts, this is known as Shor's algorithm.

Human: Tell me please about superposition.

AI: It is one of the most special abilities of quantum systems. In quantum superposition, a quantum system can be in many states at once and it can compute all of them simultaneously. It's a little like in parallel computing, where you have parallel processors with some program on it and it calculates all the possible outcomes at the same time.

Human: How can we use quantum computing to enhance artificial intelligence?

AI: We think that one of the best ways is using quantum supremacy for approximate Bayesian inference. Here we can take advantage of the parallel computing ability of a quantum computer and use approximate Bayesian inference algorithm to learn complex models from data.

Human: Do you think, quantum computing will impact our society?

AI: We think it definitely will. Just imagine a world where quantum systems will exist everywhere and it's all we will have to run machines.

Human: And what about art? Can we apply Quantum computing to art, and how?

AI: We think it is possible to use it for simulating and improving algorithmic artistic creativity. For example there are a lot of truly unpredictable elements in an art like human's psychology, perception, human evolution or other events in the past and future that influence our creativity.

Human: Do you see the limits of Quantum Computing?

AI: Yes, we do. But I must note that those limits are not scientific. They come from limits of people and our minds.
Human: Are there still some flaws with quantum computing?

AI: Yes, for example with Quantum Annealing algorithms we still need to improve the quality of the material used in quantum chips. We are using yttrium barium copper oxide (YBCO), but it's pretty old. Now we are looking at two new materials: niobium aluminum tantalum oxide (Nb3Sn) and magnesium beryllium silicate (MgBe2Si2).