Macroscopic realism (MR) is the view that a system may possess definite properties at any
time independent of past or future measurements and may be tested experimentally using …

Spin systems controlled and probed by magnetic resonance have been valuable for testing
the ideas of quantum control and quantum error correction. This paper introduces an X-band …

Randomized benchmarking is an experimental procedure intended to demonstrate control
of quantum systems. The procedure extracts the average error introduced by a set of control …

Macroscopic realism (MR) is the view that a system may possess definite properties at any
time independent of past or future measurements, and may be tested experimentally using …

Electron spins are an attractive candidate for an implementation of quantum information
processing (QIP) due to high polarization, fast control and long coherence times. Control in …

The characterization of noisy quantum circuits is an important step in the development of
large-scale quantum computers. As experimental quantum architectures approach the …

The ability to perform quantum error correction (QEC) arbitrarily many cycles is a significant
challenge for scalable quantum information processing (QIP). Key requirements for multiple …

Quantum information processing devices promise to solve some problems more efficiently
than their classical counterparts. The source of the speedup is the structure of quantum …

Quantum computing set a goal to harness the quantum laws of physics and create
computers more powerful than ever imagined. Different technologies can be chosen to …