Mar 14, 2015 · After a brief introduction to both quantum computation and quantum error correction, we show how to construct quantum error-correcting codes based on classical BCH …

Nov 11, 2014 · One of the two (system and measurement device) has a special role (namely we are going to look at it, because it looks classical). Rather than describing that measurement …

NP-intermediate = NP-complete — Implication: If NP-intermediate ≠ NP-complete, then factoring (NP-intermediate) may in fact be an easy problem, but we just haven’t found a good classical …

Specifically: Examined classical and quantum algorithms for finding cycles in undirected graphs. Clarification: “Finding cycles” = “finding and/or determining the existence of cycles”

Sep 25, 2024 · Venn diagram illustrating conceptual similarities and differences between variational quantum algorithms (VQAs) and feedback-based quantum algorithms (FQAs). As …

An illustrative example is presented of a naïve perfect quantum code (Hamming-like code) with five-qubits for transmitting a single qubit of information. Also the (9,1)-Shor codes is …

First, a differentiable Hartley feature map parameterized by real‐valued argument that enables quantum models suitable for solving stochastic differential equations and regression problems …

the following Venn diagram. Here, co-NP is the complement language of NP: problems for which a negat ve solution can be verified. PSPACE is the set of problems that have algorithms which …

Quantum logic is study of partial orders with 0,1, least upper bounds, greatest lower bounds, complements, satisfying orthomodular law. There is no good notion of quantum implication.

This survey aims to provide a comprehensive analysis of various quantum algorithms, focusing on their speed advantages over classical counterparts and their potential impact on different fields …