A theoretical physicist who formulated physical requirements for a quantum computer: controllable qubits, initialization, coherence lasting long enough for operations, universal quantum logic gates and readout. His analysis lets proposed hardware platforms be compared through the same operational tasks.[ref]
The Physical Implementation of Quantum Computation by David P. DiVincenzo. Section III: five requirements; section IV: communication requirements
With Daniel Loss, he proposed encoding qubits in single-electron spins in coupled quantum dots, using electrically controlled coupling for two-qubit operations.[ref]
Quantum Computation with Quantum Dots by Daniel Loss and David P. DiVincenzo. Abstract and section II: gated tunneling barrier and spin gates
David DiVincenzo is likely a reference to David DiVincenzo, a well-known computer scientist recognized for his contributions in quantum computing and information science. He is particularly noted for his work on quantum algorithms and quantum information theory.
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