Explore the Journal of Chemical Physics, a premier chemistry physics journal from AIP. With an impact factor of 3.3, it offers prestige in chemical dynamics and quantum chemistry. Ideal for high-impact submissions in interdisciplinary research.
The Journal of Chemical Physics stands as a cornerstone in the fields of chemistry and physics, renowned for its rigorous peer review and contributions to fundamental understanding of molecular and atomic interactions. Established in 1933 by the American Institute of Physics, this journal has evolved into a vital resource for scientists exploring chemical dynamics, quantum mechanics, spectroscopy, and statistical mechanics. Its commitment to publishing groundbreaking research ensures that articles here influence advancements in materials science, biophysics, and theoretical chemistry.
Researchers are drawn to the Journal of Chemical Physics for its high standards and broad readership among academics and industry professionals. The journal's impact factor of 3.3 reflects its quality, with papers often cited in subsequent studies on reaction kinetics and computational modeling. For those in chemistry physics, submitting to this venue means joining a legacy of influential work, from early quantum chemistry papers to modern simulations of complex systems.
The scope encompasses experimental and theoretical studies, making it suitable for interdisciplinary topics like photochemistry and surface science. With a hybrid open access model, authors can choose immediate visibility while benefiting from AIP's global distribution network. Metrics such as a 4.2-month median time to first decision highlight efficient processes, encouraging submissions from emerging and established scholars alike.
Publishing here enhances career profiles, as affiliations with the Journal of Chemical Physics signal expertise in cutting-edge research. Explore related opportunities in physics faculty positions or physics conferences to network and stay updated. For personalized advice, check Rate My Professor or plan your academic year with our academic calendar. Ready to submit? Visit the official site to begin your journey toward impactful publication.
The Journal of Chemical Physics was founded in 1933 to bridge the gap between chemistry and physics, focusing on the physical basis of chemical phenomena. Published by the American Institute of Physics, it has grown from quarterly issues to weekly online releases, amassing over 80 volumes. Key milestones include pioneering articles on molecular spectroscopy in the 1940s and computational chemistry in the 1970s, shaping modern theoretical frameworks.
Today, it serves as a platform for innovative research, with editorial oversight ensuring relevance to contemporary challenges like energy storage and nanoscale materials. Its history underscores a dedication to scientific excellence, attracting submissions from top institutions worldwide.
The journal covers a wide array of topics at the chemistry physics interface, emphasizing fundamental principles over applied outcomes. Core areas include chemical kinetics, thermodynamics, and quantum theory of matter.
| Discipline | Description |
|---|---|
| Chemical Dynamics | Studies of reaction mechanisms and energy transfer. |
| Quantum Chemistry | Computational methods for molecular structures. |
| Spectroscopy | Techniques for analyzing molecular vibrations and rotations. |
| Statistical Mechanics | Thermodynamic properties of ensembles. |
| Biophysical Chemistry | Physical processes in biological systems. |
Interdisciplinary submissions are welcome, provided they advance physical chemistry understanding. Related resources: chemistry professor jobs.
| Metric | Value | Details |
|---|---|---|
| Impact Factor (2022) | 3.3 | Clarivate Journal Citation Reports. |
| 5-Year Impact Factor | 3.5 | Measures sustained influence. |
| CiteScore | 5.8 | Scopus-based metric. |
| h-Index | 248 | Reflects productivity and citation impact. |
| Acceptance Rate | Approximately 45% | Based on publisher data; competitive selection. |
These metrics position the Journal of Chemical Physics as a mid-tier high-impact venue. For career insights, see Rate My Professor chemistry departments.
The journal is indexed in major databases, ensuring wide visibility. Key services include PubMed (for biophysical content), Scopus, Web of Science, and Chemical Abstracts Service. This coverage facilitates discoverability and citation tracking. External links: Official Journal Homepage, Scopus.
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As a hybrid journal, it offers subscription-based access with open access options. Article Processing Charge (APC) for gold open access is $3,500, waivable for certain cases. No fees for traditional publishing. Policies align with Plan S compliance. Review open access roles for funding opportunities.
Manuscripts are submitted via the AIP ScholarOne platform. Guidelines emphasize clear structure, SI units, and supplementary data. Peer review averages 8 weeks. Ensure originality with iThenticate checks. Tips: submission deadlines.
Editor-in-Chief: David R. Yarkony (Johns Hopkins University), expert in quantum dynamics. Board includes luminaries from MIT, Oxford, and Max Planck, ensuring diverse perspectives. Their guidance upholds the journal's reputation.
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Publishing here boosts visibility, with rapid online publication and DOI assignment. It fosters collaborations and career advancement in academia. High citation potential in chemistry physics enhances CVs. Consider Rate My Professor physics faculty for mentorship ideas.
| Journal | Impact Factor | Focus | Publisher |
|---|---|---|---|
| Journal of Chemical Physics | 3.3 | Broad chemistry physics | AIP |
| Journal of Physical Chemistry A | 2.8 | Molecular theory | ACS |
| Physical Chemistry Chemical Physics | 3.3 | Interdisciplinary | RSC |
| Chemical Physics Letters | 2.6 | Short communications | Elsevier |
| Journal of Chemical Theory and Computation | 5.5 | Computational focus | ACS |
This comparison highlights its balanced scope. Explore alternatives via chemistry journals calendar.
Align your work with the journal's emphasis on novelty. Use clear visuals and robust methodology. Engage with recent issues for trends. Network at events listed in our chemistry conferences. Proofread meticulously to avoid rejection.