About Classical and Quantum Gravity
Classical and Quantum Gravity™ welcomes original research articles on all branches of gravitational physics and the theory of spacetime. The readership of the journal is broad, comprising gravitational theorists and experimentalists in physics, mathematics and cosmology. All articles should be of interest to this broad readership and should contain a summary that places the findings in the wider context of gravitational physics.
The detailed coverage of the journal includes, but is not limited to:
- Classical general relativity: all aspects including initial-value problems, techniques and applications of numerical relativity, exact solutions, topology and causal structure, singularities, canonical and other formalisms, Regge calculus, twistors, dynamical triangulation and other simulation methods.
- Applications of relativity: including relativistic astrophysics, gravitational radiation, gravitational lenses, black holes and collapsed objects, and physical processes in their vicinity.
- Experimental gravitation: including gravitational wave detection, tests of gravitational theories, and articles on data analysis and instrumentation with a clear relevance to gravitation.
- Cosmology and the early universe: including particle physics, grand unified theories and phase transitions, inflationary cosmology, theories of galaxy formation and large-scale structure, cosmic microwave background radiation, cosmic strings and topological defects, and cosmic topology.
- Quantum gravity: all aspects including canonical and covariant quantization, quantum field theory in curved spacetime, semiclassical quantization, topological effects, gauge and gravitational anomalies, quantum cosmology and the quantum theory of black holes and information loss.
- Supergravity, superstrings and supersymmetry: including the structure of string theory, M-theory and its ramifications, conformal field theory, worldsheet symmetries, string vacua, compactifications and phenomenological applications, p-brane dynamics, nonperturbative aspects of string theory and M-theory.
- Mathematical physics: relevant to gravitation, specifically gauge-covariant systems, strings and extended objects, constrained Hamiltonian systems, BRST quantization, geometric quantization, renormalization, path integrals, geometry and topology of field theories, instantons and non-linear sigma models, and differential geometry relevant to gravitation.
Classical and Quantum Gravity Exact Solutions Policy:
In the field of classical relativity, the discovery of a new exact solution does not justify publication simply for its own sake. Justification for publishing a new solution would be provided by showing for example that it has an interesting physical application or unusual geometrical properties, or that it illustrates an important mathematical point. The onus is on the author to provide convincing evidence that the solution is in fact new.
The development of a new technique or formalism for finding solutions of the field equations does not represent a sufficient advance to justify publication, unless the method is applied successfully.
Classical and Quantum Gravity welcomes submissions of the following article types:
- Research Papers: reports of high-quality original research with conclusions representing a significant advance in the field.
- Letters: brief articles describing a substantial advance in the field. All letters must meet one of the following publication criteria: report significant new results or an important new discovery; make important advances on or provide a solution to a critical issue; report findings of major interest to a specific community or demonstrate a new idea, experimental technique, theory or model which will have a potentially significant impact.
- Focus issue articles: articles which will form a special collection of papers on a specific theme, often invited by the issue’s Guest Editor(s).
- Topical reviews: comprehensive review articles normally commissioned by the Editorial Board.
- Brief reviews: short review articles reviewing rapid, recent progress normally commissioned by the Editorial Board.
- Comments: brief articles that comment on a previously published Classical and Quantum Gravity article. The authors of the criticised paper may be invited to submit a Reply in response.
- Notes: brief articles that make a short, interesting point, which would not normally merit publication as a full Paper but still make a useful and novel addition to the literature. They may highlight an interesting point, clarify a common misunderstanding or confusion, or present a short new result. Unlike Comments, they do not relate to a specific published article.
Co-submission to IOP SciNotes
Classical and Quantum Gravity offers authors the opportunity to co-submit to IOP SciNotes.
Co-submitted articles provide authors with the opportunity to publish a main research article in Classical and Quantum Gravity, with additional research material (eg, data, code, or method descriptors) co-submitted to IOP SciNotes for a publication credit.
During this pilot, all article publication charges for IOP SciNotes co-submissions will be covered by IOP Publishing.
Visit here for all information on how to prepare and submit a co-submission to IOP SciNotes.
Our Publishing Support website provides more information on our reviewing process.
If an article is not accepted for publication in Classical and Quantum Gravity, we may offer the author the opportunity to transfer their submission to other suitable journals we publish. This process is explained in more detail on our Publishing Support website.
Inclusivity and diversity
IOP Publishing recognises that there are inequalities within the scientific publishing and research ecosystems. We are committed to a progressive approach to inclusivity and diversity, and are working hard to eliminate discrimination to foster an equitable and welcoming publishing environment for all.
More information about our work on inclusivity is available on our Open Physics hub.
Please note that this policy requires authors to include a data availability statement in their article.
For any questions about the policy please contact the journal.
Many research funders now require authors to make all data related to their research available in an online repository. Please refer to the policy for further information about research data, data repositories and data citation.
Alternatively authors who do not select the gold open access option can choose a green open access route to publication.
Publication on a subscription-access basis is free of charge.
|Article publication charge*||£2125||€2440||$2930|
|Reduced article publication charge* for Group B countries**||£500||€575||$675|
|Reduced article publication charge for Group A countries**||£0||€0||$0|
*excluding VAT where applicable
**eligibility criteria can be found here
APCs only apply to articles accepted for publication; there are no submission charges.
There are no other charges for publishing in Classical and Quantum Gravity.
Transformative AgreementsClassical and Quantum Gravity is included in our transformative agreements which allow authors from some institutions to publish open access without paying an APC.
If you are covered by an agreement, use our author guide to help you submit your paper.
Countries where we have transformative agreements include:
Austria, Canada, Croatia, Finland, Hungary, Ireland, Israel, Germany, Poland, The Netherlands, United Kingdom, Saudi Arabia, Slovenia, Sweden and Switzerland.
Paying for open access
Various discounts, waivers and funding arrangements are available to support our authors. Visit our Paying for open access page for further details.
Abstracting and indexing services
We work with our authors to help make their work as easy to discover as possible. Classical and Quantum Gravity is currently included in the following abstracting and discovery services:
- Baidu Scholar
- Chemical Abstracts Service
- EBSCO Academic Search Alumni Edition
- EBSCO Academic Search Complete
- EBSCO Academic Search Elite
- EBSCO Academic Search Premier
- EBSCO Academic Search Ultimate
- INIS (International Nuclear Information System)
- INSPIRE – HEP
- NASA Astrophysics Data System
- Naver Academic
- R Discovery
- Semantic Scholar
- VINITI Abstracts Journal (Referativnyi Zhurnal)
- Wanfang Data
- Web of Science (Science Citation Index Expanded, Current Contents Physical, Chemical & Earth Sciences, Essential Science Indicators)
- WTI AG
- Zentralblatt MATH