… of the quantum computer, and we wish to obtain a state in the quantum computer encoding
an approximation of the final state |ψ(t 0 + Δt)>. A quantum computer simulation algorithm …

… In our Discussion section, we discuss scale-up to large arrays required for universal quantum
computing. In the Supplementary Materials, we focus on the experimental implementation …

… is a fundamental driver of quantum computation. The benefits two-fold: as … quantum
computation this work also connects quantum mechanics to mainstream areas of computer science …

… giant computer, and if so, just what kind of computer it is. I will show that the universe can be
regarded as a giant quantum computer. … In particular, the model shows that the the quantum …

… good enough for solution NMR quantum computing). In addition, … the possible signal in a
quantum computing experiment suffers a … signal for an ideal quantum computer is 28 orders of …

… A 53, R2493 1995 for prime factorization in a quantum computer. The array includes a … of
this quantum factoring circuit. For that purpose, we simulate a quantum computer that is running …

… Quantum computing often scares away many potential researchers in computer science
because of the apparent background need in quantum mechanics and the alien looking …

… of quantum computers that might actually be buildable. The proposed computers are made
of arrays of weakly coupled quantum … quantum states. In one dimension, for example, the …

… limits of classical computing, quantum computing has emerged … While for many years, the
ability to execute quantum algorithms … We can look to theoretical quantum computer science to …

… are two of the major challenges to achieve quantum advantage in the NISQ era. QC is a …
quantum software tools and technologies, post-quantum cryptography, and quantum computer …