… into multiqubit quantum computer systems and are … quantum computer stack and a sampling
of vertical implementations and applications, the near-term advances in quantum computer …

… on fully faulttolerant quantum computing for the remainder of this article but instead refer
the reader to [7], [15], and [20]. This article will focus on quantum computing with devices that …

… full problem of quantum error correction [13,14].Instead, our concern is the reality of quantum
computing. By focusing … source of noise that is apparent in our system, and (2) rudimentary …

… universal quantum computing will hinge upon using QEC for demonstrating a quantum
memory… In this review, we present a view of what a medium-sized quantum computing system will …

… in computer science. This book is a concise introduction to quantum computation, … To
understand how tobuild a quantum computer, or even to study what physical systems are …

… of quantum circuits on superconducting quantum computing systems, as measured by the
quantum … This result shows that the path to larger QV systems requires the simultaneous …

… However no practical way of scaling NMR quantum computers to large numbers of qubits is
… is entangled to another we start by writing the quantum state vector of the two qubit system …

… mechanics, the Heisenberg uncertainty principle tells us that we cannot measure the complete
quantum state of this system. There are a large number of permissible measurements; for …

… , this criterion (DiVincenzo’s fourth) requires a system to have available a universal set of
quantum logic gates. In the case of qubits, it is sufficient to have available nearly ‘analogue’ …

… systems, the quantum-mechanical nature of quasiparticles in a solid begins to manifest itself
clearly. As a result, there is a situation when quantum … units of quantum computing systems, …