What is *Contemporary Physics*?

*Contemporary Physics* is a peer-reviewed scientific journal that publishes introductory articles focusing on important recent developments within the field of physics. A peer-reviewed journal means that articles are evaluated by experts in the same field before publication to ensure quality and validity.

Who publishes *Contemporary Physics* and since when has it been in publication?

*Contemporary Physics* is published by Taylor & Francis, a publishing company based in the United Kingdom, and it has been continuously published since 1959.

How often is *Contemporary Physics* published?

The journal *Contemporary Physics* is published quarterly, meaning it releases four issues each year.

Who is the current Editor-in-Chief of *Contemporary Physics*?

The current Editor-in-Chief of *Contemporary Physics* is Peter Knight, a notable scientist.

How does *Contemporary Physics* ensure the quality of its articles?

The quality of articles in *Contemporary Physics* is ensured through a process of editorial screening and peer review, which is conducted by members of its editorial board. This process is a standard academic practice to maintain the integrity and scientific rigor of published content.

What specific areas of physics does *Contemporary Physics* cover?

*Contemporary Physics* covers a broad range of subjects within physics, including astrophysics, atomic and nuclear physics, chemical physics, computational physics, condensed matter physics, environmental physics, experimental physics, general physics, particle and high energy physics, plasma physics, space science, and theoretical physics.

What is the intended audience for the articles published in *Contemporary Physics*?

The journal aims to be particularly useful for undergraduates, teachers, lecturers, and individuals who are beginning their postgraduate studies in physics, by providing accessible introductory review articles.

Beyond introductory articles, what other types of content does *Contemporary Physics* feature?

In addition to introductory review articles, *Contemporary Physics* includes a significant section dedicated to standard book reviews and essay reviews, which examine books within the broader context of a field that holds wide appeal.

What was the impact factor for *Contemporary Physics* in 2020?

According to the Thomson Reuters Journal Citation Reports, *Contemporary Physics* had an impact factor of 5.185 in 2020. The impact factor is a metric reflecting the average number of citations to recent articles published in a journal, often used to gauge its relative importance in its field.

Which abstracting and indexing services include *Contemporary Physics*?

*Contemporary Physics* is abstracted and indexed in several prominent services, including Inspec, EBSCO Publishing, Current Contents, Current Mathematical Publications, Mathematical Reviews, SciSearch, and SciBase. These services help researchers discover and access the journal's content.

What is the standard ISO 4 abbreviation for *Contemporary Physics*?

The standard ISO 4 abbreviation for *Contemporary Physics* is *Contemp. Phys.*, which is a standardized system used for citing academic journals concisely.

What is the print ISSN for *Contemporary Physics*?

The print International Standard Serial Number (ISSN) for *Contemporary Physics* is 0010-7514. An ISSN is a unique identifier for a serial publication, similar to an ISBN for books.

What is the web (electronic) ISSN for *Contemporary Physics*?

The web or electronic International Standard Serial Number (ISSN) for *Contemporary Physics* is 1366-5812. This distinguishes the online version from the print version.

What information is provided alongside the image of *Contemporary Physics*?

The source material references an image of *Contemporary Physics* that indicates Volume Number 51 and states that the journal is published by Taylor & Francis.

Which notable scientist, known for his work in optics, has contributed to *Contemporary Physics*?

Jim Al-Khalili, who holds an OBE, is a notable scientist who contributed an article titled 'Advances in optics in the medieval Islamic world' to *Contemporary Physics* in 2015.

What topic did Subrahmanyan Chandrasekhar, an FRS, write about for *Contemporary Physics*?

Subrahmanyan Chandrasekhar, a Fellow of the Royal Society (FRS), contributed an article to *Contemporary Physics* in 2009 discussing 'The black hole in astrophysics: the origin of the concept and its role.'

What was the subject of Leon Cooper's article in *Contemporary Physics*?

Leon Cooper co-authored an article in *Contemporary Physics* in 1985 titled 'Development and properties of neural networks.' Neural networks are computational models inspired by the human brain.

What was the title of Otto Robert Frisch's article in *Contemporary Physics*?

Otto Robert Frisch, an FRS, contributed an article titled 'Take a photon…' to *Contemporary Physics* in 2009.

What specific physics problem did Vitaly Ginzburg, an FRS, address in *Contemporary Physics*?

Vitaly Ginzburg, a Fellow of the Royal Society (FRS), addressed 'The problem of high temperature superconductivity' in an article published in *Contemporary Physics* in 1968. Superconductivity refers to the phenomenon of certain materials exhibiting zero electrical resistance below a characteristic temperature.

What was Stephen Hawking's contribution to *Contemporary Physics* about?

Stephen Hawking, a CBE and FRS, contributed an article to *Contemporary Physics* in 2009 (referencing a 1972 article) on 'Gravitational radiation: the theoretical aspect.' Gravitational radiation refers to ripples in spacetime caused by accelerating masses.

Besides being Editor-in-Chief, what topic did Sir Peter Knight, an FRS, write about for *Contemporary Physics*?

Sir Peter Knight, who is also the current Editor-in-Chief and an FRS, co-authored an article in *Contemporary Physics* in 1997 titled 'Fundamental physics with trapped ions.' Trapped ions are individual atoms or molecules that have been ionized and confined in a vacuum using electromagnetic fields.

What concept did Sir Anthony James Leggett, a KBE and FRS, explore in his *Contemporary Physics* article?

Sir Anthony James Leggett, a Knight Commander of the Order of the British Empire (KBE) and FRS, explored the concept of 'Schrödinger's cat and her laboratory cousins' in an article published in *Contemporary Physics* in 2009. Schrödinger's cat is a thought experiment illustrating quantum superposition.

What was the subject of Sir Nevill Francis Mott's article in *Contemporary Physics*?

Sir Nevill Francis Mott, an FRS, contributed an article to *Contemporary Physics* in 1977 titled 'Electrons in glass.' This topic likely delves into the behavior of electrons within amorphous solid structures.

What phenomenon did Sir John Pendry, an FRS and FInstP, discuss in *Contemporary Physics*?

Sir John Pendry, a Fellow of the Royal Society (FRS) and Fellow of the Institute of Physics (FInstP), discussed 'Negative refraction' in an article published in *Contemporary Physics* in 2009. Negative refraction is an unusual optical phenomenon where light bends in the opposite direction compared to conventional materials.

What was the focus of Abdus Salam's article in *Contemporary Physics*?

Abdus Salam, a KBE, focused on 'Elementary particles' in an article he contributed to *Contemporary Physics* in 1960. Elementary particles are the fundamental constituents of matter and the basic forces of the universe.

What technology did Arthur Leonard Schawlow write about for *Contemporary Physics*?

Arthur Leonard Schawlow wrote an article for *Contemporary Physics* in 1963 about 'Optical and infra-red masers.' Masers are devices that produce coherent electromagnetic waves through stimulated emission, similar to lasers but operating at microwave or infrared frequencies.

What is the main purpose of *Contemporary Physics* as a scientific journal?

The main purpose of *Contemporary Physics* is to publish introductory articles that explain important recent developments in the field of physics, making complex topics accessible to a wider audience, particularly students and educators.

What is the role of the editorial board in the publication process of *Contemporary Physics*?

The editorial board of *Contemporary Physics* is responsible for carrying out the editorial screening and peer review process, which are crucial steps in evaluating the quality and suitability of submitted articles for publication.

In which country is the publisher of *Contemporary Physics* located?

The publisher of *Contemporary Physics*, Taylor & Francis, is located in the United Kingdom.

Why does *Contemporary Physics* emphasize publishing 'introductory articles'?

*Contemporary Physics* emphasizes publishing 'introductory articles' to cater to its target audience, which includes undergraduates, teachers, lecturers, and new postgraduate students, by providing accessible explanations of complex and recent developments in physics.

What does the impact factor of 5.185 for *Contemporary Physics* signify?

The impact factor of 5.185 for *Contemporary Physics* in 2020, as reported by Thomson Reuters Journal Citation Reports, indicates the average number of times articles published in the journal in the preceding two years were cited in a given year. A higher impact factor generally suggests a journal's articles are frequently cited and influential within its field.

How is *Contemporary Physics* categorized as a publication type?

*Contemporary Physics* is categorized as a peer-reviewed scientific journal, which means it is a periodical publication intended to further the progress of science, usually by reporting new research and findings.

What does it mean for *Contemporary Physics* to be a 'peer-reviewed' journal?

Being a 'peer-reviewed' journal means that articles submitted to *Contemporary Physics* undergo scrutiny by independent experts in the same field (peers) to ensure the quality, validity, and originality of the research before publication. This process is fundamental to academic credibility.

What is the purpose of the book reviews and essay reviews section in *Contemporary Physics*?

The purpose of the book reviews and essay reviews section in *Contemporary Physics* is to review books within the context of general aspects of a field that have a wide appeal, offering readers insights into broader topics and literature relevant to physics.

What is the historical duration of *Contemporary Physics*?

*Contemporary Physics* has a long publication history, spanning from 1959 to the present, indicating its sustained presence and contribution to the field of physics over several decades.

How does *Contemporary Physics* contribute to academic study, particularly for students?

*Contemporary Physics* contributes to academic study by providing introductory review articles that are specifically designed to be useful for undergraduates, teachers, lecturers, and those embarking on postgraduate studies, thereby aiding in their understanding of current physics developments.

Does *Contemporary Physics* have an online presence, and if so, what is available?

Yes, *Contemporary Physics* has an online presence, with a journal homepage and a table of contents available through Taylor & Francis Online. This allows for digital access to its publications and content.

What is an ISSN, and why does *Contemporary Physics* have both a print and web ISSN?

An ISSN, or International Standard Serial Number, is a unique eight-digit number used to identify a print or electronic periodical publication. *Contemporary Physics* has both a print ISSN (0010-7514) and a web ISSN (1366-5812) to uniquely identify its different publication formats, reflecting its availability in both physical and digital forms.

What is the significance of the ISO 4 abbreviation for *Contemporary Physics*?

The ISO 4 abbreviation, *Contemp. Phys.*, is a standardized system for abbreviating the titles of serial publications, which helps in consistent and unambiguous citation across academic literature, making it easier for researchers to reference articles.

How does the journal support continuous learning for professionals and academics?

*Contemporary Physics* supports continuous learning by publishing introductory articles on recent developments, allowing professionals and academics to stay updated on advancements outside their immediate specialization, and through its book and essay reviews that cover broader topics.

What does the inclusion of 'general physics' imply about the journal's scope?

The inclusion of 'general physics' implies that *Contemporary Physics* covers fundamental principles and broad topics within the discipline, not just highly specialized or niche areas, making it relevant to a wide audience interested in the core concepts of physics.

In what way does *Contemporary Physics* contribute to the broader dissemination of scientific knowledge?

*Contemporary Physics* contributes to the dissemination of scientific knowledge by publishing peer-reviewed introductory articles on recent developments, making complex physics topics accessible to a diverse audience, including students and educators, and by being indexed in major academic databases, increasing its reach.

What is the significance of *Contemporary Physics* attracting articles from a number of 'prominent scientists'?

The fact that *Contemporary Physics* attracts articles from prominent scientists, such as Nobel laureates and Fellows of the Royal Society, indicates the journal's high reputation and influence within the scientific community, as leading figures choose to publish their work there, lending credibility to its content.

What is the role of 'review articles' in a journal like *Contemporary Physics*?

Review articles in *Contemporary Physics* synthesize and summarize existing research on a particular topic, providing an overview of recent developments. This is especially valuable for readers who are new to a field or want to quickly grasp the current state of research without reading numerous primary research papers.

How does *Contemporary Physics* cater to readers with varying levels of expertise in physics?

*Contemporary Physics* caters to different levels of expertise by publishing 'introductory review articles,' which are designed to be accessible to undergraduates and those starting postgraduate studies, while still covering 'important recent developments' that would be of interest to more experienced teachers and lecturers.

What do the post-nominal letters like FRS, OBE, CBE, KBE, and FInstP signify for the notable authors in *Contemporary Physics*?

These post-nominal letters signify prestigious honors and fellowships: FRS stands for Fellow of the Royal Society, OBE for Officer of the Order of the British Empire, CBE for Commander of the Order of the British Empire, KBE for Knight Commander of the Order of the British Empire, and FInstP for Fellow of the Institute of Physics. These indicate significant recognition for their contributions to science and society.

What is the connection between Taylor & Francis and the online content of *Contemporary Physics*?

Taylor & Francis, as the publisher, hosts the online content for *Contemporary Physics* on their platform, Taylor & Francis Online, where readers can access the journal's homepage and table of contents. This provides a centralized digital access point for the journal's publications.

How does *Contemporary Physics* ensure its content reflects 'recent developments' in the field?

*Contemporary Physics* ensures its content reflects recent developments by explicitly stating its aim to publish introductory articles on 'important recent developments in physics' and by having an editorial board that screens and reviews submissions to maintain relevance and timeliness.

What is the function of the 'shortdescription' and 'infobox-journal-search' elements mentioned in the raw data?

The 'shortdescription' element provides a concise description of the journal, stating it is an 'Academic journal,' while the 'infobox-journal-search' elements are likely internal Wikipedia formatting or search-related tags that are not directly visible content but aid in categorization or search functionality within the Wikipedia platform.

What does the reference to 'Volume Number: 51' in the image caption indicate about the journal?

The reference to 'Volume Number: 51' in the image caption indicates that the journal has been published consistently over many years, as volume numbers typically correspond to annual or semi-annual collections of issues, reflecting a long and established publication history and sustained academic output.

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Journal Overview

A Beacon for Modern Physics

Contemporary Physics stands as a distinguished peer-reviewed scientific journal, dedicated to publishing accessible introductory articles on pivotal recent developments within the expansive field of physics. It serves as a crucial resource for academics and students alike, bridging the gap between cutting-edge research and broader understanding.

Publication & Editorial Structure

Established in 1959, Contemporary Physics has been consistently published by Taylor & Francis (opens in new tab), a renowned academic publisher based in the United Kingdom. The journal maintains a quarterly publication schedule, ensuring a steady flow of current insights. Editorial oversight and rigorous peer review processes are meticulously managed by its dedicated editorial board, upholding the highest standards of academic integrity. The journal is currently edited by the esteemed Peter Knight (scientist).

Impact and Reach

Reflecting its significant influence in the scientific community, Contemporary Physics achieved an impressive impact factor of 5.185 in 2020.^[2] This metric underscores its role in disseminating impactful research and fostering intellectual discourse across the physics discipline. Published exclusively in English, it caters to a global audience of scholars and enthusiasts.

Disciplinary Scope

Cosmic and Quantum Realms

The journal encompasses a broad spectrum of physics, delving into both the macroscopic and quantum scales. Key areas include:

Astrophysics: Exploring celestial phenomena and the universe's fundamental laws.
Atomic and Nuclear Physics: Investigating the structure and interactions of atoms and their nuclei.
Particle & High Energy Physics: Unraveling the elementary constituents of matter and their fundamental forces.

Matter and Computation

Further extending its reach, Contemporary Physics covers the intricate behaviors of matter and the computational methods used to understand them:

Chemical Physics: Intersections of physics and chemistry, focusing on physical phenomena in chemical systems.
Computational Physics: Application of numerical methods and algorithms to solve physical problems.
Condensed Matter Physics: Study of the macroscopic and microscopic physical properties of matter, especially solids and liquids.

Environment and Theory

The journal also addresses the physical principles governing our environment and the foundational theoretical frameworks:

Environmental Physics: Applying physics to environmental problems.
Experimental Physics: Design and execution of experiments to observe and test physical phenomena.
General Physics: Broad foundational concepts and interdisciplinary topics.
Plasma Physics: Study of ionized gases and their applications.
Space Science: Exploration of space and its physical properties.
Theoretical Physics: Development of mathematical models and abstractions to explain natural phenomena.

Journal Aims

Educating the Next Generation

A primary aim of Contemporary Physics is to serve as an invaluable educational resource. It specifically targets undergraduates, teachers, lecturers, and those embarking on postgraduate studies, providing them with clear, introductory review articles that demystify complex, cutting-edge physics concepts.^[1] The journal strives to make advanced topics accessible, fostering a deeper understanding and inspiring future research.

Comprehensive Scholarly Reviews

Beyond its core review articles, the journal dedicates a substantial section to comprehensive book reviews. These include standard evaluations of new publications, as well as more extensive essay reviews that contextualize books within broader aspects of a field. This approach ensures that readers are not only informed about new literature but also understand its significance and implications across the wider physics landscape.^[1]

Abstracting & Indexing

Ensuring Discoverability

To maximize its academic reach and ensure discoverability, Contemporary Physics is thoroughly abstracted and indexed by several leading bibliographic databases and services. This critical function allows researchers and students worldwide to efficiently locate and access the journal's valuable content, integrating it into the broader scientific discourse.

Key Indexing Services

The journal's content is indexed in prominent services, including:

Inspec: A major database for physics, electronics, and computing.
EBSCO Publishing: A comprehensive provider of research databases.
Current Contents: A rapid alerting service for new research.
Current Mathematical Publications: For articles with mathematical relevance.
Mathematical Reviews: A database of reviews and abstracts for mathematical literature.
SciSearch: A multidisciplinary database covering scientific and technical literature.
SciBase: Another significant scientific database.

These indexing services underscore the journal's commitment to broad dissemination and academic visibility.

Citation Metrics

As previously noted, the journal's impact factor of 5.185 in 2020, as reported by Thomson Reuters' Journal Citation Reports,^[2] highlights its influence. This metric is a testament to the quality and relevance of the articles published, indicating how frequently its content is cited by other researchers in their work.

Notable Contributors

Luminaries of Physics

Over its long history, Contemporary Physics has had the distinct honor of publishing articles from many of the most influential and celebrated scientists in the field. These contributions not only enrich the journal's content but also solidify its standing as a platform for groundbreaking ideas and profound insights.

A Pantheon of Scholars

The roster of notable authors who have graced the pages of Contemporary Physics includes:

Jim Al-Khalili, OBE: A distinguished theoretical physicist and science communicator.^[3]
Subrahmanyan Chandrasekhar, FRS: Nobel laureate known for his work on stellar structure and evolution.^[4]
Leon Cooper: Nobel laureate, co-developer of the BCS theory of superconductivity.^[5]
Otto Robert Frisch, FRS: A key figure in the discovery of nuclear fission.^[6]
Vitaly Ginzburg, FRS: Nobel laureate for his pioneering contributions to the theory of superconductors and superfluids.^[7]
Stephen Hawking, CBE, FRS: Renowned theoretical physicist and cosmologist.^[8]
Sir Peter Knight, FRS: Current Editor-in-Chief, a leading figure in quantum optics.^[9]^[10]
Sir Anthony James Leggett, KBE, FRS: Nobel laureate for his work on superfluidity of helium-3.^[11]
Sir Nevill Francis Mott, FRS: Nobel laureate for his fundamental theoretical investigations of the electronic structure of magnetic and disordered systems.^[12]
Sir John Pendry, FRS FInstP: Known for his work on metamaterials and negative refraction.^[13]
Abdus Salam, KBE: Nobel laureate for his contributions to the electroweak theory.^[14]
Arthur Leonard Schawlow: Nobel laureate, co-inventor of the laser.^[15]

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References

A full list of references for this article are available at the Contemporary Physics Wikipedia page

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Important Notice

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This is not professional academic or research advice. The information provided on this website is not a substitute for consulting original research articles, official journal publications, or seeking guidance from qualified academic advisors or research professionals. Always refer to primary sources and consult with experts for specific academic or research needs. Never disregard professional academic guidance because of something you have read on this website.

The creators of this page are not responsible for any errors or omissions, or for any actions taken based on the information provided herein.

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Journal Overview ℹ️

📖 A Beacon for Modern Physics

🏛️ Publication & Editorial Structure

📊 Impact and Reach

Disciplinary Scope 🔭

🌌 Cosmic and Quantum Realms

🔬 Matter and Computation

🌍 Environment and Theory

Journal Aims 🎯

🎓 Educating the Next Generation

📚 Comprehensive Scholarly Reviews

Abstracting & Indexing 🗃️

🔍 Ensuring Discoverability

🌐 Key Indexing Services

📈 Citation Metrics

Notable Contributors 🌟

🧠 Luminaries of Physics

📜 A Pantheon of Scholars

Teacher's Corner 🧑‍🏫

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📜 Important Notice

Dive in with Flashcard Learning!

Journal Overview

A Beacon for Modern Physics

Publication & Editorial Structure

Impact and Reach

Disciplinary Scope

Cosmic and Quantum Realms

Matter and Computation

Environment and Theory

Journal Aims

Educating the Next Generation

Comprehensive Scholarly Reviews

Abstracting & Indexing

Ensuring Discoverability

Key Indexing Services

Citation Metrics

Notable Contributors

Luminaries of Physics

A Pantheon of Scholars

Teacher's Corner

True or False?

Test Your Knowledge!

Gamer's Corner

Discover other topics to study!

References

Feedback & Support

Disclaimer

Important Notice