| Physical Review A | |
|---|---|
| Title | Physical Review A |
| Discipline | Quantum physics; Atomic, molecular, and optical physics |
| Language | English |
| Abbreviation | Phys. Rev. A |
| Publisher | American Physical Society |
| Country | United States |
| History | 1970–present |
| Frequency | Monthly |
| Impact | 3.0 |
| Impact-year | 2024 |
Physical Review A
Physical Review A is a peer-reviewed scientific journal published by the American Physical Society that focuses on research in Quantum mechanics, Atomic physics, Molecular physics, and Optical physics. It is one of the principal venues for theoretical and experimental advances in quantum optics, quantum information, and many-body quantum systems, and has played a central role in disseminating results that shape national scientific priorities and technological applications.
Physical Review A publishes original research articles, rapid communications, and occasional review articles addressing fundamental and applied problems in quantum science. The journal covers topics such as quantum measurement, decoherence, entanglement, quantum control, cold atoms, quantum gases, cavity quantum electrodynamics, and quantum information processing. Submissions routinely engage with methods from Quantum field theory, computational many-body techniques, and precision spectroscopy. The readership includes researchers at institutions such as MIT, Harvard University, Stanford University, Caltech, University of Cambridge, national laboratories like Los Alamos National Laboratory and NIST, and industry groups involved in quantum technology.
Physical Review A was established in 1970 when the original Physical Review split into specialized sections to reflect growth in physics research. The journal inherited traditions of rigorous peer review from the American Physical Society and evolved editorially to emphasize both foundational studies and applications in national strategic areas such as quantum computing and precision measurement. Over decades the editorial board has included prominent physicists such as John Archibald Wheeler (as an author in the journal's wider family), and editors drawn from universities including Princeton University and University of California, Berkeley. Editorial policy adapted to new disciplines—most notably the rise of quantum information science in the 1990s—and the journal instituted rapid communications and topical collections in response to accelerating discovery.
Physical Review A serves as a primary outlet for work in: - Quantum optics and cavity QED, with foundational ties to experiments at Max Planck Institute for Quantum Optics and theory from groups at Imperial College London. - Cold atoms and Bose–Einstein condensation, reporting milestones from groups like those at JILA and Rice University. - Quantum information science, including theoretical protocols (e.g., quantum error correction) tied to research at IBM Research, Google Quantum AI, and university groups. - Atomic and molecular precision spectroscopy relevant to metrology at NIST and frequency standards. - Open quantum systems, decoherence, and quantum thermodynamics with connections to work by researchers at École Normale Supérieure and University of Oxford. These areas intersect with applied programs such as national quantum initiatives and collaborations among laboratories, universities, and industry.
Physical Review A has published influential papers that shaped modern quantum science. Landmark contributions include theoretical developments in decoherence and environment-induced superselection, rigorous treatments of entanglement measures, and experimental reports on entanglement generation and manipulation in trapped ions and optical lattices. Seminal results on Bose–Einstein condensation dynamics and atom interferometry frequently appeared in the journal. Papers by authors affiliated with David J. Wineland and Serge Haroche's communities, and theoretical advances building on work by Richard Feynman and Paul Dirac-inspired formalisms, have all featured in its pages. The journal also carried influential methodological papers on numerical techniques such as density matrix renormalization group (DMRG) adaptations and quantum Monte Carlo approaches relevant to many-body problems.
Physical Review A follows the editorial standards of the American Physical Society, requiring original, technically sound, and significant contributions. Submissions undergo initial editorial triage for scope and basic quality, followed by anonymous peer review by expert referees drawn from a global community including university departments and national laboratories. The journal applies policies on research integrity, conflicts of interest, and data availability consistent with leading publishers. It supports supplementary material for datasets and code, encourages preprint dissemination on arXiv prior to submission, and participates in cross-journal editorial transfers within the Physical Review family to expedite appropriate dissemination.
The journal's impact is reflected in citation-based metrics, readership across major research institutions, and its role in shaping curricula and national research agendas. Metrics such as the Journal Impact Factor and citation counts are monitored, but the journal also emphasizes long-term scholarly influence visible in citations of classic theoretical and experimental papers. Physical Review A articles frequently appear in reference lists of textbooks and monographs on quantum optics, quantum information (e.g., works by Nielsen and Chuang), and atomic physics, and have informed standards at agencies like NIST and initiatives by the National Science Foundation and national quantum programs.
Physical Review A operates under the publishing framework of the American Physical Society, offering subscription access alongside open access options under various licensing models. The journal supports authors electing open access publishing, in line with funder mandates from entities such as the European Research Council and U.S. Department of Energy. It fosters community engagement through topical collections, conference partnerships (e.g., Conference on Lasers and Electro-Optics (CLEO), Quantum Information Processing (QIP)), and collaborations with professional societies like the Optical Society (OSA). Through these ties, Physical Review A remains a central institution for preserving rigorous scholarship, supporting stable dissemination of results, and contributing to cohesive national and international quantum research efforts.
Category:Physics journals Category:Quantum physics