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Physics Letters

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Physics Letters
TitlePhysics Letters
AbbreviationPhys. Lett.
DisciplinePhysics
LanguageEnglish
PublisherElsevier
CountryNetherlands
History1962–present
FrequencyWeekly
OpenaccessHybrid
ImpactVaries by section
ISSN0375-9601
EISSN1873-2448

Physics Letters. It is a peer-reviewed scientific journal established in 1962 and published by the multinational publisher Elsevier. The journal is divided into multiple sections, each covering a specific subfield of physics, and serves as a rapid publication venue for short communications of significant research. Its founding was part of a post-war expansion in scientific publishing, aiming to disseminate important physics results quickly to the international research community. Over its history, it has published groundbreaking work across theoretical physics, particle physics, nuclear physics, and condensed matter physics.

History and founding

The journal was launched in 1962 by the Dutch publishing house North-Holland Publishing Company, which later became part of Elsevier. Its creation was driven by the need for a faster publication channel than existing comprehensive journals like Physical Review, responding to the rapid pace of discovery in fields like elementary particle theory. The founding editor-in-chief was J. Hans D. Jensen, a Nobel laureate for his work on the nuclear shell model. The initial editorial board included prominent physicists from across Europe and North America, reflecting its international scope from the outset. The success of the original title led to its division into separate sections in the late 1960s and 1970s to better manage the growing volume of specialized research.

Scope and subject coverage

The journal is partitioned into distinct sections, each with its own editorial board. The primary sections are Physics Letters A, covering general physics, nonlinear science, statistical physics, and quantum mechanics, and Physics Letters B, dedicated to high-energy physics, nuclear physics, and cosmology. A third section, Physics Letters C, was published briefly in the 1970s to cover rapid communications but was later discontinued. The journal's scope encompasses a wide array of topics, from foundational questions in quantum field theory and string theory to experimental results from facilities like CERN and the Fermi National Accelerator Laboratory. It explicitly excludes papers of primarily technological or applied interest, focusing instead on fundamental advances.

Editorial process and peer review

The journal operates under a rigorous single-blind peer review system managed by section editors and an international editorial board. The editorial boards for each section are composed of active researchers from institutions such as the Max Planck Institute, Stanford University, and the Institute for Advanced Study. The process is designed for expediency, with a typical submission-to-first-decision time aimed at a few weeks to uphold its rapid communication mandate. All submissions must be concise reports, with strict page limits to distinguish its content from longer articles suitable for journals like Nuclear Physics or Physical Review Letters. The final editorial responsibility rests with the publisher, Elsevier.

Impact and influence

The journal holds a prominent position in the physics literature, with its various sections maintaining high impact factors within their respective subfields. Publications in its pages are frequently cited in major reviews and textbooks, influencing the direction of research in areas like quantum chromodynamics and superconductivity. Its policy of rapid publication has made it a preferred venue for announcing priority claims on new discoveries, such as the observation of new particles or novel quantum states. The journal's influence is reflected in its inclusion in major indexing services like the Science Citation Index and its use as a key metric by academic institutions and funding bodies like the National Science Foundation.

Notable articles and special issues

Over the decades, the journal has published numerous seminal papers. Early influential work included key developments in the parton model and gauge theory. It has featured important contributions from Nobel laureates including Steven Weinberg, Abdus Salam, and Gerard 't Hooft. Special issues have been organized to mark significant events, such as anniversaries of discoveries like the Higgs boson or conferences like the International Conference on High Energy Physics. These collections often compile invited reviews and commentaries from leading figures at organizations like the Brookhaven National Laboratory and the Lawrence Berkeley National Laboratory.

Physics Letters is part of a larger ecosystem of physics journals published by Elsevier, which includes Nuclear Physics A, Nuclear Physics B, and Physics Reports. Its most direct competitor in the rapid communication space is Physical Review Letters, published by the American Physical Society. Other related letters journals include Europhysics Letters (published by EDP Sciences) and JETP Letters (from the Russian Academy of Sciences). The journal's format and mission have also inspired more specialized offspring, such as Physics Letters B's role as a key outlet for string theory and cosmology, complementing broader reviews in journals like Living Reviews in Relativity.

Category:Physics journals Category:Elsevier academic journals Category:Publications established in 1962