Entangled property of qubits
Qubits rely on a property known as entanglement - the property of one particle is entangled with another.
When there are two entangled particles with a combined spin of zero and one particle collapses so that it spins clockwise, the other particle's state will be anticlockwise. This means, once entangled, qubits can be used to represent massive numbers. For example, Google's quantum computer Sycamore had 53 qubits, meaning it could represent over ten quadrillion combinations simultaneously.
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A conventional computer uses electricity within its silicon chips. Small amounts of electrical current are turned on or off. It represents true and false, or the binary numbers one and zero.
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