How To Make a Quantum Bit
Δημοσιεύτηκε στις 23 Ιουλ 2013
Transistors to Quantum Computer Playlist:
This episode supported by audible.com: http://bit.ly/ZJ5Q6z
Veritasium t-shirts! http://dft.ba/-vetshirt
Silicon-28 sphere: http://bit.ly/10J1G2o
We
have looked at how a transistor works, the fundamental unit of
classical computers, and how a quantum computer works in theory, taking
advantage of quantum superposition to hold exponentially more
information than classical computers. Now we look at the practical side
of making a quantum bit, or qubit. How do you put it in a state where it
is stable? How do you read and write information on it? These processes
are described for a solid state qubit - a phosphorous atom in a silicon
crystal substrate. Both the electron and the nucleus of the phosphorous
atom can be used as qubits.
Thanks to A/Prof. Andrea Morello: http://bit.ly/17wZ7lt
Thanks to Henry Reich (MinutePhysics) for pushing me to make the explanations and visualizations clearer.
This episode supported by audible.com: http://bit.ly/ZJ5Q6z
Veritasium t-shirts! http://dft.ba/-vetshirt
Silicon-28 sphere: http://bit.ly/10J1G2o
We
have looked at how a transistor works, the fundamental unit of
classical computers, and how a quantum computer works in theory, taking
advantage of quantum superposition to hold exponentially more
information than classical computers. Now we look at the practical side
of making a quantum bit, or qubit. How do you put it in a state where it
is stable? How do you read and write information on it? These processes
are described for a solid state qubit - a phosphorous atom in a silicon
crystal substrate. Both the electron and the nucleus of the phosphorous
atom can be used as qubits.
Thanks to A/Prof. Andrea Morello: http://bit.ly/17wZ7lt
Thanks to Henry Reich (MinutePhysics) for pushing me to make the explanations and visualizations clearer.
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