Lecture 22/23 1 Quantum Mechanics
... Already with two qubits, we’re in a position to see some profound facts about quantum me chanics that took people decades to understand. Think again about the state |00� + |11�. What happens if you measure just the first qubit? Right, with probability 1/2 you get |00�, with probability 1/2 you get ...
... Already with two qubits, we’re in a position to see some profound facts about quantum me chanics that took people decades to understand. Think again about the state |00� + |11�. What happens if you measure just the first qubit? Right, with probability 1/2 you get |00�, with probability 1/2 you get ...
Maximizing the Hilbert Space for a Finite Number of Distinguishable
... for implementing quantum computers. To construct a practical quantum computer (QC) with any implementation is clearly a highly demanding task. It is therefore essential that, for a given physical architecture, one optimize the available resources to give the most powerful computer possible. The Hilb ...
... for implementing quantum computers. To construct a practical quantum computer (QC) with any implementation is clearly a highly demanding task. It is therefore essential that, for a given physical architecture, one optimize the available resources to give the most powerful computer possible. The Hilb ...
