[PDF] Top 20 Classical computation by quantum bits

... by classical reversible logic gates built from the coherent dynamics of a few interacting ...are bits), the de- phasing time only needs to exceed a single gate operation time, while fault tolerance should ... See full document

... OALibJ | DOI:10.4236/oalib.1101798 3 August 2015 | Volume 2 | e1798 times, since she may receive 2 N 2 0 s before finally getting a 1, telling her that Bob’s function is balanced. The best deterministic classical ... See full document

... merging quantum (physical layer security) and classical (computationally hard to resolve) to provide high-level security and also provide inherits existing certifications from the conventional security ... See full document

... the computation is composed of many processes executing in parallel, and plausibly it can be of some heuristic value to think of these processes as taking place in many ...of quantum computation ... See full document

... of quantum mechanics has been the discovery that quantum systems can be used to perform novel information processing tasks, including computations which are more efficient than any algorithm known on a ... See full document

... any classical-based encryption algorithm such as DES encryption algorithm, that is to generate a completely randomized with no relation-between bits to be ...those bits are partially exposed to an ... See full document

... the quantum constructions that we cover in this survey (whether they are of the first or second type) are inspired by the original proposal of Wiesner called conjugate ...of quantum information, as we ... See full document

... for classical committers this captures precisely what we want, it fails to do so for quantum ...a quantum committer can potentially open a commitment to one value that he freely chooses after he has ... See full document

... The quantum-classical equation of motion ...the quantum and classical subsystems. The great util- ity of quantum-classical models based on a trajectory de- scription for the ... See full document

... of quantum computations in the regime of high computational ...of quantum interactive proof ...a quantum interactive proof system with a polynomial-time classical verifier (who can also ... See full document

... modeling, classical automata theory, and relational biology to molecular biology, neural networks, oncogenesis and medicine were extensively reviewed and several important conclusions were reached regarding both ... See full document

... any classical FHE scheme can be translated into a quantum one that supports a limited set of gates (specifically, the evaluation of Clifford ...of quantum one time pad (QOTP) that allows to ... See full document

... the computation is also required to be protected using cryptographic ...of classical computation, fully homomorphic encryption (FHE) has been stud- ied extensively since Gentry’s breakthrough result ... See full document

... of Quantum Protocols. The first careful proofs of security of quantum protocols were for key ex- change (Mayers [57], Lo and Chau [53], Shor and Preskill [66], Beaver ...on quantum protocols for ... See full document

... the quantum mechanical predictions associated with (simulta- neous) joint measurements of Pauli observables on the combined system (Mermin, ...the classical computer one is describing are able to ... See full document

... to classical tokens which allow only classical access—in particular, the only way to interact with such a token is to hand it as input a classical ...to classical tokens as oracle algorithms, ... See full document

... of quantum circuits because quantum evolution must be ...reversible. Classical (non-quantum) reversible gates are subject to the same “circuit rules,” whether they operate on classical ... See full document

... Formally defining outsider and insider security for signcryption is a challenge quantumly: they are roughly analogous to, respectively, authenticated encryption and chosen-ciphertext secrecy. Both of these notions are ... See full document

... investigate classical and quantum systems and demonstrate the utility of the information length as a unique Lagrangian diagnostic to quantify the information change as a system continuously evolves in time ... See full document

... are quantum Hall-states in two-dimensional electron gases in a high magnetic field ...quantum computation. Yet different constructions are Kitaev’s quantum double models [4], which are based ... See full document