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Recent advances in quantum computing have moved this
new ;eld of study closer toward realization and provided new
opportunities to apply the principles of computer science. A
worldwide e;ort is leveraging prior art as well as new insights
to address the critical science and engineering challenges that
face the design, development, and demonstration of quantum
computing. Alongside studies in physics and engineering, the
;eld of quantum computer science now provides a focal point
for discussing the theory and practice of quantum computing.
ACM Transactions on Quantum Computing (TQC) publishes
high-impact, original research papers and select surveys on
topics in quantum computing and quantum information
science. The journal targets the quantum computer science
community with a focus on the theory and practice of
quantum computing including but not limited to: quantum
algorithms and complexity, models of quantum computing,
quantum computing architecture, principles and methods
of fault-tolerant quantum computation, design automation
for quantum computing, issues surrounding compilers for
quantum hardware and NISQ implementation, quantum
programming languages and systems, distributed quantum
computing, quantum networking, quantum security and
privacy, and applications (e.g. in machine learning and AI)
of quantum computing.
tqc.acm.org
Publishes high-impact, original research
papers and select surveys on topics
ACM Transactions on
Quantum Computing (TQC)