Gain an understanding of the mathematical foundations needed for quantum computing and quantum physics
Quantum computing may be imminent or unattainable: Quantum computers require physics that may not exist. An adding machine is not a quantum computer. Unlike Pascal's A.D. 1645 brass calculator, which always reads out one 6-digit number, a quantum register's qubits are in a superposition of states. When the register is interrogated, one of these states is read out with a probability, and the remaining information is lost. The register can be "in" many states, allowing many simultaneous calculations. However, a quantum computer's inputs must take advantage of superposition, and the calculating process must force the probabilistic output to provide useful information. Programming a quantum computer has been solved in important and interesting cases. QC051: Math Prerequisites for Quantum Computing certification is made available by Udemy to candidates who want to be familiar with the mathematical prerequisites for quantum Computing and Physics.
QC051: Math Prerequisites for Quantum Computing online training includes four hours of video, two articles, and a digital certificate upon course completion.
QC051: Math Prerequisites for Quantum Computing online classes comprises of boolean algebra, cryptography, probability, statistics, complex numbers, linear algebra, and matrice
Yes
Udemy
QC051: Math Prerequisites for Quantum Computing certification course, the candidate will master math prerequisites for quantum computing, physics, boolean algebra, cryptography, the importance of randomness, probability, and boolean expression. The candidate will learn about statistics, mapping random variables, complex conjugates, linear algebra, and matrices. The aspirant will learn about vectors & transformations, special directions, and eigenvectors.
Mr Kumaresan Ramanathan Architect Freelancer
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