Current State of Quantum Computing
... It doesn’t matter how they formulate it, we can be pretty sure that Moore’s Law will be valid for the next 10 years at least, but if we think any further than 10-15 years it is ...
... It doesn’t matter how they formulate it, we can be pretty sure that Moore’s Law will be valid for the next 10 years at least, but if we think any further than 10-15 years it is ...
quantum computer graphics algorithms
... function, f ( x) , for many values of x simultaneously, by creating superposition states. Nevertheless, this parallelism isn't immediately useful because measuring a superposition state (containing all values f (x) ) has the effect of collapsing the superposition in one of the basis states, thus onl ...
... function, f ( x) , for many values of x simultaneously, by creating superposition states. Nevertheless, this parallelism isn't immediately useful because measuring a superposition state (containing all values f (x) ) has the effect of collapsing the superposition in one of the basis states, thus onl ...
pdf
... unknown-unknown case. It would be very interesting if this case could also be tested using roughly m1/3 quantum queries. In Section 4.2 we show that the easiest way to do this (just reconstructing both unknown distributions up to small error) requires Ω(m/ log m) quantum queries. ...
... unknown-unknown case. It would be very interesting if this case could also be tested using roughly m1/3 quantum queries. In Section 4.2 we show that the easiest way to do this (just reconstructing both unknown distributions up to small error) requires Ω(m/ log m) quantum queries. ...
A Hierarchical Approach to Computer-Aided Design of
... other nano-technologies because of their reversible nature. In this paper we focus only on the synthesis of arbitrary quantum circuits (and quantum gates in particular) of small size, less than five variables. We concentrate on designing the circuits from a class of permutation gates which have unit ...
... other nano-technologies because of their reversible nature. In this paper we focus only on the synthesis of arbitrary quantum circuits (and quantum gates in particular) of small size, less than five variables. We concentrate on designing the circuits from a class of permutation gates which have unit ...
Quantum Physical Symbol Systems
... decision theoretic model for the agent’s decision problem. According to the model, the agent’s optimal choice is to select the action for which the mathematical expectation of the utility is maximized (or for which the loss is minimized). When the agent acquires information about the world, probabil ...
... decision theoretic model for the agent’s decision problem. According to the model, the agent’s optimal choice is to select the action for which the mathematical expectation of the utility is maximized (or for which the loss is minimized). When the agent acquires information about the world, probabil ...
The Learnability of Quantum States
... for all ε, η, γ > 0 with γ > η. In the Electronic Supplementary Material, we will show that the dependence on γ and ε in Theorem 1.2 is close to optimal. Objection 5 To estimate the measurement probabilities Tr (Ei ρ), one needs the ability to prepare multiple copies of ρ. 3 Interestingly, in the “r ...
... for all ε, η, γ > 0 with γ > η. In the Electronic Supplementary Material, we will show that the dependence on γ and ε in Theorem 1.2 is close to optimal. Objection 5 To estimate the measurement probabilities Tr (Ei ρ), one needs the ability to prepare multiple copies of ρ. 3 Interestingly, in the “r ...
