Quantum
Quantum Consciousness, Physics, Computing & Teleportation
We have kicked off our Quantum areas with two of the world's 1st Quantum Computing Courses for kids. Weekly online classes for beginners aged 11-15 and intermediates aged 12-17. Please click below for full information and to enrol.
Please see the Intermediate Course Description here
What is a Quantum Computer?
Quantum Computers use the properties of quantum physics to store data and perform computations.
Quantum particles can move forward or backward in time, exist in two places at once and even “teleport.” It’s these strange behaviours that quantum computers aim to use to their advantage.
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Google announced it has a quantum computer that is 100 million times faster than any classical computer in its lab.
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Why Quantum?
In the process of trying to understand the reflective questions of life for e.g how things work, why things behave the way they do and what are human beings really capable of? We have to break things down and study the smallest part of them. From doing this, we can look at the sub-atomic particles' behaviour and attributes, which is what everything is made up of, ourselves included. We learn amazing things from observing from here! Things that provide us with the answers to these type of thoughtful and previously unexplainable questions.
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Why Quantum Computing?
Quantum Computers are the future of this world and there is a worldwide race to be the leading country in this field. Countries like China have spent billions on this study. Why?
We want our students to be current with the technology that will dominate our world in the next 10 years. So that they know how to use this technology to their and the world's advantage. To use this technology to change the world for the better.
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What is Quantum?
Quantum is the smallest part of something that we can see and observe.
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How is Quantum Computing taught?
An understanding of the principles of quantum physics is the first key area of study. After this is linear algebra, then a deep dive into complex and imaginary numbers, the Bloch Sphere, quantum gates & quantum algorithms, the single qubit, multiple qubits, Quantum coding, the different quantum technologies and then the current quantum software and hardware.