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Math Skills You Need for Quantum Computing

But really, how much math and science do you need for quantum computing? I find that people tend to REALLY overestimate the amount of math they need to get started coding on quantum computers. Here I'm going to break down the minimum you need to start with quantum computing and give you resources to build up those math skills. Quantum Computing: An Applied Approach Book: https://amzn.to/2Ycx6kD My video on Best Quantum Computing Books:    • Best Quantum Computing Books for Soft...   My video on Best Quantum Computing Online Courses:    • Best Quantum Computing Courses from E...   Khan Academy: https://www.khanacademy.org/ Beginner's Guide to Quantum Computing Literature & Notation:   / 0   Complex numbers in Quantum Mechanics: https://www.ind.ku.dk/english/researc... Join this channel to get access to perks like voting on my next video and behind the scenes!    / @anastasia-marchenkova   Or sign up for the same perks on Patreon:   / amarchenkova   0:00 Does quantum have a lot of math? 0:57 Linear Algebra 1:37 Complex Numbers 2:14 Greek Letters 2:38 Physics specific notation 4:53 Tips for Self-Learners 6:10 What you DON'T need 7:46 Resources for the math 9:04 Traditional Physics curriculum (1) Linear algebra This is the most important branch of mathematics that you need to know for quantum computing. (2) Complex numbers Imaginary and complex numbers are the core mathematical base of quantum mechanics., it appears explicitly in its fundamental equations, like the Schrodinger equation. (3) Know your greek letters! It's going to get really confusing really quickly once we start adding a lot of similar looking symbols if you don't know your greek letters! (4) Physics/quantum specific notation and constants Quantum is sometimes scary because it has very specific notation that is only used in quantum or in physics. But the concepts are similar to other fields, just have different names! Dirac notation or bra–ket notation, is just a simpler representation of vectors and matrices of the state of the quantum system. So why do we use it? It makes it easier to calculate and represent some of the quantum computing math that we do. The Hilbert space is important in quantum computing. What's special is that you can do an inner product in a Hilbert Space - the inner product takes two vectors, and outputs a scalar (or a number). In quantum computing, it describes the space that contains the wavefunctions that are possible states of the system. What you DON'T need to know to start learning quantum computing: Advanced calculus or differential equations A full course on quantum mechanics Disclaimer: Affiliate links may be used in my recommendations. If you buy through my links I provide, I may receive a portion of the sale amount. This doesn't change the price you pay. Thank you so much for watching my videos and supporting my channel! #quantumcomputing #learnquantum #quantumphysics