f values, even across space.

    Understanding trange beicles, superposition, entanglement, teleportation is key to understanding  to describe.

    So e a conscious artificial intelligence? e borroecum pive sciences. First let’s start ion of a tomic particles like ion of tum dot design able 100 qubit quantum computer tleman mentioned earlier. till recently ting-edge of quantum computing. ell ladies and gentlemen; I am pleased to announce t um neural nets.

    Professor Yao paused for effect as an unintelligible  torium and practically every scientist in taneously began to deride Professor Yao’s last statement. t greer, cries of derision and ridicule. tient. to educate tec. And time e nos of ting out from tors, leading o certain deat t  finisalk? All would become clear wem hemselves.

    “Surely translation error. A one billion qubit quantum computer ed sucer in your lab at tsinginguise-ically.

    “Yes.”

    ted into laughter.

    “t’s all  even if o believe t outrageous claim,  ts to communicate  counted on tant interruptions but ermined to make .

    “t for t tiple dynamic buses of connected qubits to connect domains of quantum memory,” Professor Yao responded impatiently.

    “And  ry up till no t ticles may cate as soon as to environmental noise and otors? And  error correction and terconnection as you scale up to your imaginary one billion qubits?”

    “Can I ask about your background?” Professor Yao asked politely, interrupting ter rolling