Towards quantum computing
How many local and non-local dimensions arise in the quantum dimension of a 64-qubit quantum computer?
Begin stationStation topics
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1
The smiling Chess-board
Let's play around with bits on a chessboard. But be aware of the hidden dimensions!
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2
Digital data
Simple gates of the classical computer: the CNOT gate.
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3
Space of probabilities
A first attempt at generalization from deterministic bits to random bits.
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4
One qubit
The first chess field in the quantum dimension: Generalizing of one bit to one qubit in the quantum dimension.
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5
Two qubits
Two qubits in the quantum dimension - the correlation tells us, whether the qubits are entangled or not!
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6
Bell-states
The four Bell states form the basis for all maximally entangled two-qubit states. They are of central importance for quantum communication and quantum computing.
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7
Local and nonlocal dimensions
Local operations cause rotations on the single chess field (the single qubit). Non-local dimensions entangle multiple chess fields (multiple qubits) in the quantum dimension.
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8
„Nonlocal grains of rice“
How Sissa ibn Dahir opened the door to the quantum dimension with the rice grain legend - or do you know, what your actions will do in future?
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9
The future of quantum physics
In 1959, R. Feynman said in a famous speech at the California Institute of Technology: "There's Plenty of Room at the Bottom". Sixty years later, his vision becomes reality, as quantum computers are actually being built.
