ppt - Zettaflops
... –Main funding agency has its “killer-ap” already. Weakens incentive for exploration. –Sponsors strive for exponential speedups. Less glory in polynomial speedups. –Culture: academic QC community not knowledgeable about HPC interests and issues –Real-world computing data-dominated. QCs must encode da ...
... –Main funding agency has its “killer-ap” already. Weakens incentive for exploration. –Sponsors strive for exponential speedups. Less glory in polynomial speedups. –Culture: academic QC community not knowledgeable about HPC interests and issues –Real-world computing data-dominated. QCs must encode da ...
here - LaBRI
... • Can quantum distributed algorithms be designed for any combinatorial problems of significance to practice or theory? • How many rounds are required to 3-color the ring in the studied quantum models and in -LOCAL? • What is the lower time bound on the (D+1)-coloring problem in quantum models? (cur ...
... • Can quantum distributed algorithms be designed for any combinatorial problems of significance to practice or theory? • How many rounds are required to 3-color the ring in the studied quantum models and in -LOCAL? • What is the lower time bound on the (D+1)-coloring problem in quantum models? (cur ...
Quantum one-time programs
... on only one input chosen by the user at run time. (See also Refs. [2,3] for subsequent improvements.) No adversary, after evaluating the one-time program on x, should be able to learn anything about f (x0 ) for any x0 6= x beyond what can be inferred from f (x). One-time programs cannot be achieved ...
... on only one input chosen by the user at run time. (See also Refs. [2,3] for subsequent improvements.) No adversary, after evaluating the one-time program on x, should be able to learn anything about f (x0 ) for any x0 6= x beyond what can be inferred from f (x). One-time programs cannot be achieved ...
Nonequilibrium effects in transport through quantum dots - ICMM-CSIC
... charge rearrangements,7 and the resulting change in the electrostatic potential of the dot modifies the electronic level structure. In the limit when the level separation is much smaller than other relevant scales, this process leads to an ‘‘orthogonality catastrophe,’’8 first discussed in relation ...
... charge rearrangements,7 and the resulting change in the electrostatic potential of the dot modifies the electronic level structure. In the limit when the level separation is much smaller than other relevant scales, this process leads to an ‘‘orthogonality catastrophe,’’8 first discussed in relation ...
Electronic transport in locally gated graphene nanoconstrictions
... have fabricated graphene nanoconstrictions with local tunable transmission and characterized their electronic properties. An order of magnitude enhanced gate efficiency is achieved adopting the local gate geometry with thin dielectric gate oxide. A complete turn off of the device is demonstrated as ...
... have fabricated graphene nanoconstrictions with local tunable transmission and characterized their electronic properties. An order of magnitude enhanced gate efficiency is achieved adopting the local gate geometry with thin dielectric gate oxide. A complete turn off of the device is demonstrated as ...
ppt - University of New Mexico
... Avoiding an exponential demand for physical resources requires a quantum computer to have a scalable tensor-product structure. This is a necessary, but not sufficient requirement for a scalable quantum computer. There are certainly other requiremens. ...
... Avoiding an exponential demand for physical resources requires a quantum computer to have a scalable tensor-product structure. This is a necessary, but not sufficient requirement for a scalable quantum computer. There are certainly other requiremens. ...
Liquid-State NMR Quantum Computing
... the section “Pulse Sequence Design”). The cnot gate performs a not operation on one bit, flipping it from “0” to “1” or from “1” to “0,” if and only if the value of a second bit is “1.” The input to the logic gate is the initial state of the spins, and the output is the final state of the spins. The ...
... the section “Pulse Sequence Design”). The cnot gate performs a not operation on one bit, flipping it from “0” to “1” or from “1” to “0,” if and only if the value of a second bit is “1.” The input to the logic gate is the initial state of the spins, and the output is the final state of the spins. The ...