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The journal *Contemporary Physics* primarily publishes advanced research papers intended for seasoned experts in the field.
Answer: False
Explanation: The journal's primary mission is to publish introductory articles on recent developments, making complex topics accessible, rather than advanced research papers for seasoned experts.
Sir Peter Knight currently holds the position of Editor-in-Chief for *Contemporary Physics*.
Answer: True
Explanation: Peter Knight is explicitly identified as the current Editor-in-Chief of *Contemporary Physics*.
The quality assurance for articles published in *Contemporary Physics* relies exclusively on a final review conducted by the Editor-in-Chief.
Answer: False
Explanation: Article quality in *Contemporary Physics* is maintained through a comprehensive process involving editorial screening and peer review by the editorial board, not solely by the Editor-in-Chief.
The primary readership for articles in *Contemporary Physics* consists of established researchers and senior professors.
Answer: False
Explanation: The journal's intended audience is primarily undergraduates, teachers, lecturers, and new postgraduate students, not established researchers and senior professors.
The principal objective of *Contemporary Physics* is to disseminate introductory articles that elucidate recent advancements, thereby rendering complex subjects comprehensible.
Answer: True
Explanation: The main purpose of *Contemporary Physics* is indeed to publish introductory articles that explain important recent developments in physics, making them accessible to a broader audience.
The editorial board of *Contemporary Physics* is primarily tasked with the journal's marketing and managing its subscriptions.
Answer: False
Explanation: The editorial board's primary role is to conduct editorial screening and peer review, ensuring the quality and suitability of submitted articles, not marketing or subscription management.
*Contemporary Physics* prioritizes the publication of 'introductory articles' to serve its intended audience, which includes undergraduates and nascent postgraduate students.
Answer: True
Explanation: *Contemporary Physics* indeed emphasizes introductory articles to cater to its target audience of undergraduates, teachers, lecturers, and new postgraduate students.
*Contemporary Physics* is classified as a popular science magazine, primarily targeting the general public.
Answer: False
Explanation: *Contemporary Physics* is categorized as a peer-reviewed scientific journal, not a popular science magazine, and its target audience includes students and educators, not the general public.
The designation of *Contemporary Physics* as a 'peer-reviewed' journal implies that submitted articles undergo evaluation by independent experts within the relevant field prior to publication.
Answer: True
Explanation: The definition of a 'peer-reviewed' journal confirms that articles submitted to *Contemporary Physics* are indeed scrutinized by independent experts in the same field to ensure quality and validity before publication.
*Contemporary Physics* primarily advances academic discourse through the publication of novel, pioneering experimental data.
Answer: False
Explanation: *Contemporary Physics* primarily contributes to academic study by publishing introductory review articles on recent developments, making complex topics accessible, rather than original experimental data.
The consistent attraction of contributions from prominent scientists to *Contemporary Physics* is indicative of its esteemed reputation and significant influence within the global scientific community.
Answer: True
Explanation: The journal's ability to attract articles from prominent scientists, including Nobel laureates and Fellows of the Royal Society, directly signifies its high reputation and influence.
Which characteristic best defines the nature of articles typically published in *Contemporary Physics*?
Answer: They are introductory articles focusing on recent developments.
Explanation: The journal *Contemporary Physics* is characterized by its publication of introductory articles that focus on important recent developments in physics, making complex topics accessible.
Which individual holds the position of current Editor-in-Chief for *Contemporary Physics*?
Answer: Peter Knight
Explanation: Peter Knight is identified as the current Editor-in-Chief of *Contemporary Physics*.
Which two mechanisms are fundamental to maintaining the quality of articles published in *Contemporary Physics*?
Answer: Editorial screening and peer review
Explanation: Editorial screening and peer review are the crucial processes employed by *Contemporary Physics* to ensure the quality and scientific rigor of its articles.
Given its accessible introductory review articles, which demographic finds *Contemporary Physics* especially beneficial?
Answer: Undergraduates, teachers, lecturers, and beginning postgraduates
Explanation: *Contemporary Physics* is designed to be particularly useful for undergraduates, teachers, lecturers, and individuals commencing postgraduate studies in physics, owing to its accessible introductory review articles.
What constitutes the primary objective of *Contemporary Physics* in its role as a scientific journal?
Answer: To publish introductory articles explaining recent developments, making complex topics accessible.
Explanation: The main purpose of *Contemporary Physics* is to publish introductory articles explaining important recent developments in physics, thereby making complex topics accessible to a wider audience.
In the publication workflow of *Contemporary Physics*, what is the principal function of the editorial board?
Answer: Conducting the editorial screening and peer review process.
Explanation: The editorial board of *Contemporary Physics* is primarily responsible for conducting the editorial screening and peer review processes, which are essential for maintaining the quality of published articles.
What is the rationale behind *Contemporary Physics*'s particular emphasis on publishing 'introductory articles'?
Answer: To cater to its target audience of undergraduates, teachers, lecturers, and new postgraduate students.
Explanation: *Contemporary Physics* emphasizes introductory articles to effectively serve its target audience, which includes undergraduates, teachers, lecturers, and new postgraduate students, by providing accessible explanations of complex developments.
Taylor & Francis, a United Kingdom-based publishing company, has maintained continuous publication of *Contemporary Physics* since 1959.
Answer: True
Explanation: The journal *Contemporary Physics* has been continuously published by Taylor & Francis, a UK-based company, since its inception in 1959.
The journal *Contemporary Physics* adheres to a bi-annual publication schedule, issuing only two editions per year.
Answer: False
Explanation: The journal *Contemporary Physics* is published quarterly, releasing four issues annually, not bi-annually.
The Thomson Reuters Journal Citation Reports indicated an impact factor of 1.518 for *Contemporary Physics* in 2020.
Answer: False
Explanation: In 2020, *Contemporary Physics* had an impact factor of 5.185, not 1.518, according to the Thomson Reuters Journal Citation Reports.
*Contemporary Physics* is comprehensively abstracted and indexed by several leading services, such as Inspec, EBSCO Publishing, and SciSearch.
Answer: True
Explanation: The journal *Contemporary Physics* is indeed abstracted and indexed in services including Inspec, EBSCO Publishing, and SciSearch, among others.
The ISO 4 standard abbreviation for *Contemporary Physics* is *Contemp. Phys. J.*
Answer: False
Explanation: The correct ISO 4 abbreviation for *Contemporary Physics* is *Contemp. Phys.*, not *Contemp. Phys. J.*
The print International Standard Serial Number (ISSN) assigned to *Contemporary Physics* is 0010-7514.
Answer: True
Explanation: The print ISSN for *Contemporary Physics* is indeed 0010-7514, as specified in the journal's identification details.
The web (electronic) ISSN for *Contemporary Physics* is identical to its print ISSN, indicating no differentiation between formats.
Answer: False
Explanation: The web (electronic) ISSN for *Contemporary Physics* is 1366-5812, which is distinct from its print ISSN of 0010-7514.
An image of *Contemporary Physics* in the source material specifies Volume Number 51 and identifies Oxford University Press as its publisher.
Answer: False
Explanation: While the image indicates Volume Number 51, it states that the journal is published by Taylor & Francis, not Oxford University Press.
Taylor & Francis, the publisher of *Contemporary Physics*, is headquartered in the United States.
Answer: False
Explanation: Taylor & Francis, the publisher of *Contemporary Physics*, is based in the United Kingdom, not the United States.
An impact factor of 5.185 for *Contemporary Physics* in 2020 suggests that its published articles are infrequently cited and possess minimal academic influence.
Answer: False
Explanation: An impact factor of 5.185, particularly in 2020, indicates that the journal's articles are frequently cited and influential within its field, not rarely cited or of little influence.
Since its inception in 1959, *Contemporary Physics* has maintained continuous publication for more than six decades.
Answer: True
Explanation: *Contemporary Physics* has indeed been published continuously since 1959, demonstrating a publication history spanning over 60 years.
*Contemporary Physics* sustains an online presence, offering its homepage and table of contents via the Taylor & Francis Online platform.
Answer: True
Explanation: *Contemporary Physics* does maintain an online presence, with its homepage and table of contents accessible through Taylor & Francis Online.
The ISO 4 abbreviation for *Contemporary Physics* is predominantly utilized for internal administrative functions by its publisher.
Answer: False
Explanation: The ISO 4 abbreviation for *Contemporary Physics* is a standardized system for consistent and unambiguous citation across academic literature, not primarily for internal administrative purposes.
Identify the publishing house responsible for *Contemporary Physics*.
Answer: Taylor & Francis
Explanation: Taylor & Francis is explicitly identified as the publisher of *Contemporary Physics*.
What is the publication frequency of *Contemporary Physics*?
Answer: Quarterly
Explanation: *Contemporary Physics* is published quarterly, releasing four issues each year.
According to the provided data, what was the impact factor recorded for *Contemporary Physics* in 2020?
Answer: 5.185
Explanation: The Thomson Reuters Journal Citation Reports indicated an impact factor of 5.185 for *Contemporary Physics* in 2020.
From the given options, identify an abstracting and indexing service that incorporates *Contemporary Physics*.
Answer: Inspec
Explanation: Inspec is explicitly listed as one of the prominent abstracting and indexing services that include *Contemporary Physics*.
State the standard ISO 4 abbreviation designated for *Contemporary Physics*.
Answer: *Contemp. Phys.*
Explanation: The standard ISO 4 abbreviation for *Contemporary Physics* is *Contemp. Phys.*
Provide the print International Standard Serial Number (ISSN) for *Contemporary Physics*.
Answer: 0010-7514
Explanation: The print ISSN for *Contemporary Physics* is 0010-7514.
What is the unique identifier for the web or electronic iteration of *Contemporary Physics*?
Answer: 1366-5812
Explanation: The web or electronic ISSN for *Contemporary Physics* is 1366-5812, which serves as its unique identifier in digital format.
Based on the source material, what specific details are presented in conjunction with the image of *Contemporary Physics*?
Answer: Volume Number 51 and that the journal is published by Taylor & Francis.
Explanation: The source material indicates that the image of *Contemporary Physics* is accompanied by information specifying Volume Number 51 and identifying Taylor & Francis as the publisher.
Specify the country where the publisher of *Contemporary Physics* is situated.
Answer: United Kingdom
Explanation: Taylor & Francis, the publisher of *Contemporary Physics*, is located in the United Kingdom.
*Contemporary Physics* encompasses a wide spectrum of physics disciplines, such as astrophysics, condensed matter physics, and particle and high energy physics.
Answer: True
Explanation: *Contemporary Physics* explicitly lists astrophysics, condensed matter physics, and particle and high energy physics among the broad range of subjects it covers.
Beyond its introductory review articles, *Contemporary Physics* also features a notable section comprising standard book reviews and comprehensive essay reviews.
Answer: True
Explanation: *Contemporary Physics* explicitly includes a section for standard book reviews and essay reviews, in addition to its introductory review articles.
The book reviews and essay reviews section in *Contemporary Physics* serves to offer highly technical critiques of specialized research monographs.
Answer: False
Explanation: The book reviews and essay reviews section in *Contemporary Physics* aims to review books within the broader context of a field that holds wide appeal, not to provide highly technical critiques of specialized research monographs.
From the following options, identify the area of physics that is NOT explicitly enumerated as a subject covered by *Contemporary Physics*.
Answer: Quantum computing hardware
Explanation: While *Contemporary Physics* covers a broad range of subjects including astrophysics, condensed matter physics, and particle and high energy physics, 'Quantum computing hardware' is not listed among its specific areas of coverage.
In addition to introductory review articles, what other notable categories of content are included in *Contemporary Physics*?
Answer: Standard book reviews and essay reviews
Explanation: Beyond introductory review articles, *Contemporary Physics* prominently features a section dedicated to standard book reviews and comprehensive essay reviews.
Jim Al-Khalili authored an article for *Contemporary Physics* in 2015, titled 'Advances in optics in the medieval Islamic world'.
Answer: True
Explanation: Jim Al-Khalili indeed contributed an article with the specified title to *Contemporary Physics* in 2015.
Subrahmanyan Chandrasekhar's 2009 article in *Contemporary Physics* focused on 'The problem of high temperature superconductivity'.
Answer: False
Explanation: Subrahmanyan Chandrasekhar's article in 2009 discussed 'The black hole in astrophysics: the origin of the concept and its role,' not high temperature superconductivity.
Leon Cooper was a co-author of an article published in *Contemporary Physics* in 1985, titled 'Development and properties of neural networks'.
Answer: True
Explanation: Leon Cooper did co-author an article in *Contemporary Physics* in 1985 on the 'Development and properties of neural networks'.
Otto Robert Frisch's 2009 contribution to *Contemporary Physics* was an article titled 'Electrons in glass'.
Answer: False
Explanation: Otto Robert Frisch contributed an article titled 'Take a photon…' in 2009; 'Electrons in glass' was the subject of Sir Nevill Francis Mott's article in 1977.
Vitaly Ginzburg's 1968 article in *Contemporary Physics* focused on 'The problem of high temperature superconductivity'.
Answer: True
Explanation: Vitaly Ginzburg did address 'The problem of high temperature superconductivity' in his 1968 article published in *Contemporary Physics*.
Stephen Hawking's article in *Contemporary Physics* concerned 'Schrödinger's cat and her laboratory cousins'.
Answer: False
Explanation: Stephen Hawking's article in *Contemporary Physics* was on 'Gravitational radiation: the theoretical aspect,' while 'Schrödinger's cat and her laboratory cousins' was explored by Sir Anthony James Leggett.
Sir Peter Knight co-authored an article in *Contemporary Physics* in 1997, titled 'Fundamental physics with trapped ions'.
Answer: True
Explanation: Sir Peter Knight did co-author an article on 'Fundamental physics with trapped ions' in *Contemporary Physics* in 1997.
Sir Anthony James Leggett's 2009 article in *Contemporary Physics* investigated the concept of 'Negative refraction'.
Answer: False
Explanation: Sir Anthony James Leggett explored 'Schrödinger's cat and her laboratory cousins' in his 2009 article, while 'Negative refraction' was discussed by Sir John Pendry.
Sir Nevill Francis Mott authored an article for *Contemporary Physics* in 1977, titled 'Electrons in glass'.
Answer: True
Explanation: Sir Nevill Francis Mott did contribute an article titled 'Electrons in glass' to *Contemporary Physics* in 1977.
Sir John Pendry's 2009 article in *Contemporary Physics* addressed the topic of 'Elementary particles'.
Answer: False
Explanation: Sir John Pendry discussed 'Negative refraction' in his 2009 article, while 'Elementary particles' was the focus of Abdus Salam's 1960 article.
Abdus Salam's 1960 article in *Contemporary Physics* centered on the subject of 'Elementary particles'.
Answer: True
Explanation: Abdus Salam did contribute an article focusing on 'Elementary particles' to *Contemporary Physics* in 1960.
Arthur Leonard Schawlow's 1963 article for *Contemporary Physics* concerned 'The black hole in astrophysics'.
Answer: False
Explanation: Arthur Leonard Schawlow wrote about 'Optical and infra-red masers' in 1963; 'The black hole in astrophysics' was the subject of Subrahmanyan Chandrasekhar's 2009 article.
In 2015, Jim Al-Khalili contributed an article to *Contemporary Physics* on which specific topic?
Answer: Advances in optics in the medieval Islamic world
Explanation: Jim Al-Khalili's 2015 article in *Contemporary Physics* was titled 'Advances in optics in the medieval Islamic world'.
Subrahmanyan Chandrasekhar's article on black holes was published in *Contemporary Physics* in which year?
Answer: 2009
Explanation: Subrahmanyan Chandrasekhar contributed his article discussing 'The black hole in astrophysics' to *Contemporary Physics* in 2009.
The co-authored article by Leon Cooper in *Contemporary Physics* addressed which subject?
Answer: Development and properties of neural networks
Explanation: Leon Cooper's co-authored article in *Contemporary Physics* was titled 'Development and properties of neural networks'.
Identify the distinguished scientist who authored the *Contemporary Physics* article titled 'Take a photon…'.
Answer: Otto Robert Frisch
Explanation: Otto Robert Frisch contributed the article titled 'Take a photon…' to *Contemporary Physics*.
In his 1968 article in *Contemporary Physics*, Vitaly Ginzburg examined which particular physics problem?
Answer: The problem of high temperature superconductivity
Explanation: Vitaly Ginzburg addressed 'The problem of high temperature superconductivity' in his 1968 article published in *Contemporary Physics*.
Stephen Hawking's contribution to *Contemporary Physics* focused on which subject?
Answer: Gravitational radiation: the theoretical aspect
Explanation: Stephen Hawking's article in *Contemporary Physics* was on 'Gravitational radiation: the theoretical aspect'.
Beyond his role as Editor-in-Chief, what subject did Sir Peter Knight co-author an article on in *Contemporary Physics* in 1997?
Answer: Fundamental physics with trapped ions
Explanation: In addition to his role as Editor-in-Chief, Sir Peter Knight co-authored an article in *Contemporary Physics* in 1997 titled 'Fundamental physics with trapped ions'.
In his 2009 *Contemporary Physics* article, Sir Anthony James Leggett investigated which quantum mechanical concept?
Answer: Schrödinger's cat and her laboratory cousins
Explanation: Sir Anthony James Leggett explored 'Schrödinger's cat and her laboratory cousins' in his 2009 article in *Contemporary Physics*.
Sir Nevill Francis Mott's 1977 article in *Contemporary Physics* addressed which scientific topic?
Answer: Electrons in glass
Explanation: Sir Nevill Francis Mott's article in *Contemporary Physics* in 1977 was titled 'Electrons in glass'.
In 2009, Sir John Pendry's article in *Contemporary Physics* explored which anomalous optical phenomenon?
Answer: Negative refraction
Explanation: Sir John Pendry discussed 'Negative refraction' in his 2009 article published in *Contemporary Physics*.
Abdus Salam's article on 'Elementary particles' was published in *Contemporary Physics* in which year?
Answer: 1960
Explanation: Abdus Salam contributed his article on 'Elementary particles' to *Contemporary Physics* in 1960.
Arthur Leonard Schawlow's 1963 article for *Contemporary Physics* focused on which technological advancement?
Answer: Optical and infra-red masers
Explanation: Arthur Leonard Schawlow wrote about 'Optical and infra-red masers' for *Contemporary Physics* in 1963.