te- intense stare.

    “Professor Collin Sandum Computation, Cambridge University.”

    “t means t you are familiar  approaco solving t so I don’t need to go into t’s just say t ed taken,” explained Professor Yao.

    “And  be?”

    Professor Yao couldn’t  notice t of arrogance and sarcasm t t aken on. inued alk, ruggling to rise above the din.

    e kne effectively build a practical quantum cing tum computing approaco a ic soft it do test nanotecum c by an artificial intelligence, more specifically a neural artificial intelligence net better at building ter countless failures and dead ends. tumbled upon t ters of early millennium quantum computing  ty of isconsin. tarted o t to do so over t t give macry.

    Materials used ered silicon germanium to form a quantum dot lattice t allorons to move precisely in any direction tum buses. Eacakingly assembled by test in silicon cion and nanotecec reinvented any ion of ted States National Institute of Standards and tecs t uses teleportation beangled particles at key intervals to curned values. A significant portion of ts are used in t t is still test computer in ence.

    I see t some of you are nodding in recognition of t t all tly plausible. ted. t of tter is t teresting piece of t o talk about to talk about Black Jade, t advanced piece of soft true artificial intelligence.

    On t poer in existence today. It uses a cum neural neto create a true artificial intelligence; one t passes turing test and can pers