Senior Researcher, Physics
A senior researcher with 10+ years in condensed matter and applied physics, covering quantum materials, photonics, and device physics. Has prepared and reviewed manuscripts for Physical Review Letters, Physical Review B, Nature Physics, and Applied Physics Letters. Brings hands-on experience with APS editorial standards, referee conventions in physics, and the specific evidence thresholds for letters vs. full articles.
Journals reviewed for:
Physical Review Letters, Physical Review B, Nature Physics, Applied Physics Letters
Research published in:
Published in Physical Review Letters, Nature Physics, Physical Review B, and Applied Physics Letters
What submitting to CMAME actually requires: a computational-methods contribution, mechanics-grounded validation, Elsevier submission expectations, the 7.3 Impact Factor, $4,670 OA APC, and the fit line between CMAME, IJNME, Computers & Structures, Computational Mechanics, and Journal of Computational Physics.
What submitting to Engineering Structures actually requires: J. Yang's lead editorial structure, the explicit no-case-studies policy, the no-multipart-papers policy, and the Editors-in-Chief process for review-article proposals.
What submitting to IEEE JSAC actually requires: the IEEE Communications Society sponsorship, the themed Series and Special Issues editorial structure, the top-selective editorial bar, and the editorial culture distinguishing JSAC from sister IEEE ComSoc venues.
What submitting to IEEE T-ITS actually requires: Simona Sacone's editorship, the multi-format page-limit structure (10-page Regular, 18-page Survey, 6-page Short), the $175/page over-length charge, and the editorial culture distinguishing T-ITS from sister IEEE/ITSS journals.
What submitting to IEEE Transactions on Vehicular Technology actually requires: IEEE Author Portal submission, the 14-page initial regular-paper limit, VTS scope routing, conference-extension rules, page charges, and the fit line between TVT, T-ITS, T-COM, TPEL, and TTE.
What submitting to IEEE Transactions on Wireless Communications actually requires: the IEEE Communications Society sponsorship, the wireless-theory + signal-processing editorial scope, the rapid-publication editorial culture, and the editorial culture distinguishing T-WC from sister IEEE ComSoc venues.
What submitting to IEEE Transactions on Signal Processing actually requires: the IEEE SPS theory-and-methods scope, 13-page initial submission limit, EDICS routing, reproducibility posture, overlength charges, and the fit line between TSP, TIP, TASLP, TCI, TMLCN, and Signal Processing Letters.
A practical guide to the Physical Review D submission process, covering what editors screen for first and what to fix before upload.
What submitting to Expert Systems with Applications actually requires: the Elsevier publishing structure, the AI-application editorial scope, the high-volume submission environment, and the editorial culture distinguishing ESWA from sister AI / ML venues.
What submitting to IEEE TPAMI actually requires: Kyoung Mu Lee's editorship, the IEEE Computer Society publishing structure, the standard IEEE Transactions journal format, and the editorial culture distinguishing TPAMI from CVPR/ICCV conference papers.
A workflow-focused IEEE Access submission process guide covering what happens after upload, how editors route papers, and where the process slows.
A practical Science submission guide focused on editorial fit, breadth, and what must be obvious before a manuscript goes to Science.
Physical Review Letters has strict formatting rules. Here's exactly what APS divisional editors check first and how to clear the broad-physics bar.
What submitting to ACM Transactions on Graphics actually requires: Carol O'Sullivan's editorial process, the SIGGRAPH journal-track integration that makes TOG the most-cited computer-graphics venue, the page-count expectations, and the editorial culture that distinguishes TOG from CHI, CVPR, and other CS venues.
What submitting to Earth-Science Reviews actually requires: the Elsevier publishing structure, the reviews-only editorial policy, the comprehensive-integrative-review scope, and the editorial culture distinguishing the journal from sister earth-science venues.
What submitting to Geophysical Research Letters actually requires: Kristopher Karnauskas's editorship, the AGU/Wiley publishing structure, the 12 Publication Unit (PU) rule (words/500 + figures + tables), and the top-tier earth/space-science letters editorial culture.
What submitting to IEEE Transactions on Geoscience and Remote Sensing actually requires: the IEEE Geoscience and Remote Sensing Society (GRSS) sponsorship, the broad remote-sensing-and-geoscience-instrumentation editorial scope, and the editorial culture distinguishing TGRS from sister GRSS venues (GRSL, JSTARS).
What submitting to IEEE TIP actually requires: Benoit Macq's editorship through 2026, the IEEE Signal Processing Society publishing structure, the $2,345 OA APC, and the editorial culture that distinguishes TIP from CVPR/ICCV conference papers and from sister IEEE journals (TPAMI, TMI).
What submitting to IEEE TII actually requires: Gerhard Hancke Sr.'s editorship (2026-2028), the 10-page hard cap with $250/page over-length charges, the <20% acceptance rate, and the editorial culture that distinguishes TII from sister IEEE Industrial Electronics Society journals.
What submitting to IEEE TMI actually requires: Ge Wang's editorship since January 2025, the 10-page initial submission limit, the $2,800 APC for OA, prior-review disclosure rules, and the medical-imaging methodology bar.
What submitting to IEEE Transactions on Power Electronics actually requires: the IEEE Power Electronics Society (PELS) sponsorship, the broad power-electronics editorial scope, and the editorial culture distinguishing TPEL from sister IEEE PELS venues.
What submitting to IEEE Transactions on Power Systems actually requires: the IEEE Power & Energy Society scope, 10-page submission limit, $2,800 OA APC, 3-month review target, and the systems-viewpoint bar that separates TPWRS from sister PES journals.
What submitting to Journal of Climate actually requires: the AMS publishing structure, the climate-dynamics-variability-and-change editorial scope, and the editorial culture distinguishing the journal from sister AMS / climate journals.
What submitting to Journal of Cosmology and Astroparticle Physics actually requires: the SISSA + IOP publishing structure, the cosmology + astroparticle editorial scope, and the editorial culture distinguishing JCAP from sister cosmology venues (PRD, ApJ).
What submitting to Nature Geoscience actually requires: the Nature Portfolio publishing structure, the broad earth-system editorial scope, the Articles + Letters format, and the editorial culture distinguishing Nature Geoscience from sister Nature Portfolio earth-science journals and AGU/AMS family.
What submitting to Nature Physics actually requires: the Nature Portfolio publishing structure, the broad physics scope (condensed matter through high-energy), the Articles + Letters article-type structure, and the editorial culture distinguishing Nature Physics from sister Nature Portfolio physics journals and APS Physical Review family.
What submitting to Physical Review X actually requires: the APS publishing structure, the gold open-access model, the broad-significance editorial bar across all of physics, and the editorial culture distinguishing PRX from sister APS journals (PRL, PR A-E, PRApplied, PR Research) and Nature Physics.
What submitting to ApJL actually requires: the 5-6 page enforced limit, the AAS Publications editorial structure under EIC Ethan Vishniac, the 3-6 week median first decision (very fast), the 99.9 percent gold OA model, and the high-impact-rapid-result editorial bar.
A practical ACM Computing Surveys (CSUR) submission guide for computer scientists evaluating whether their proposed survey meets the journal's comprehensive synthesis bar.
A practical Nature Photonics submission guide for authors evaluating whether their photonics work has the breadth and significance Nature Photonics expects.
Physical Review B (PRB) manuscript status meanings, what 'awaiting referee report' means, time to first decision (12-16 weeks), and when to follow up.
A practical Physics Reports submission guide for physicists evaluating their proposed comprehensive review against the journal's invited-only model.
A practical Reviews of Modern Physics submission guide for authors evaluating whether their proposed Review or Colloquium fits RMP's invited-only model.
Applied Physics Letters and Physical Review Letters are both letter journals, but APL rewards applied physics significance while PRL rewards major fundamental advances across physics.
Quantum electronics papers need pre-submission review that tests device physics, photonics evidence, novelty, benchmarks, reproducibility, and journal fit.
Physical Review B review time: PRB Divisional Associate Editors expect rigorous derivation and explicit comparison to existing condensed-matter.
A&A is not usually a fast-turn astronomy journal. The real timing variable is whether the paper has broad enough astrophysical consequence for a flagship field venue.
Avoid desk rejection at Progress in Quantum Electronics by submitting a true long-form review with enough scope, authority, and field judgment.
Journal of Applied Physics is not built for instant desk churn. The useful question is whether the paper is complete and applied enough to justify JAP's full-length format.
A practical Progress in Quantum Electronics submission guide for authors deciding whether their manuscript is authoritative enough, broad enough, and review-shaped enough for this long-form photonics journal.
Remote Sensing moves faster than many remote-sensing and geoscience journals, but the timeline only helps when the manuscript has enough benchmarking and cross-case value to justify a broad journal.
Journal of Applied Physics APC is $3,800 through AIP Author Select in 2026. S2O ended, so OA now depends on agreements or payment.
Monthly Notices of the Royal Astronomical Society does not publish a current official acceptance rate. The real decision signal is scope fit, concision, and whether the paper belongs in the mainstream astronomy conversation.
MNRAS review time is often manageable for clean astronomy papers, but the practical submission question is whether the manuscript already fits a serious field-journal review.
Physical Review Letters typically delivers a first decision in 4-8 weeks, but desk rejection rates are high. Here's what happens at each stage of the PRL review process.
Astrophysical Journal review time is often manageable by astronomy standards, but the practical submission question is whether the manuscript is clean enough for a smooth field-journal review.
This Journal of Applied Physics submission guide helps authors decide whether the work has enough applied relevance, measurement depth, and physical insight for JAP.
PRB isn't a home for any competent condensed matter paper. Editors reject quickly when the manuscript is really materials characterization, routine DFT, or device work with a thin physics wrapper.
What 'With Divisional Editor', 'Under Review', 'Decision Pending', and every other APS status code means for your Physical Review Letters submission.
A package-readiness guide to IEEE Access covering article type, validation strength, reproducibility, and what must be stable before submission.
Physical Review B submission guide: papers with preliminary derivation lacking explicit comparison to existing PRB literature extend revision rounds.
Physical Review Letters doesn't publish an official acceptance rate, but estimates put it around 25-30% of papers that survive initial screening. Here's what that means and how PRL's selectivity actually works.
Applied Physics Letters is the standard physics communication journal for concise results. Here is who should submit and how it compares to PRL, Nano Letters, and Optics Express.
A practical PRD fit verdict for authors deciding whether their paper is significant, authoritative, and genuinely interesting to particle physics, gravitation, or cosmology readers.
APL gives you four printed pages. That constraint shapes the cover letter too. State the applied significance fast and keep the letter short.
A&A is organized by numbered sections. Name the section, state the result, and respect the journal's emphasis on reproducible science.
ApJ accepts most of what it receives. The cover letter is for routing, not persuasion.
Applied Physics Letters (APL) impact factor is 3.6 (JCR 2024). Q2 in Physics. h-index 556 with 6M+ citations. The most-cited applied physics journal.
IEEE Access impact factor is 3.6. Five-year JIF is 3.9. Quartile: Q2. Category rank: 128/366.
Physical Review Letters impact factor is 9.0. See PRL rank, trend, peer comparison, and what the number means before submission.
Physical Review D has a 2024 JIF of 5.3. See its Q1 rank, five-year IF, and what that means for particle physics, cosmology, and gravitation authors.
Physical Review B impact factor is 3.7. Five-year JIF is 3.6. Quartile: Q2. Category rank: 66/187.
Astrophysical Journal impact factor is 5.4. Five-year JIF is 5.2. Quartile: Q1. Category rank: 17/84.
Journal of Applied Physics impact factor is 2.5 with a 5-year JIF of 2.7. See rank, quartile, and what it means for authors.
MNRAS impact factor is 4.8 with a 5-year JIF of 4.7. See rank, quartile, and what it means for astronomy authors.
Applied Physics Letters formatting guide: word limits, figure specs, reference format, LaTeX vs Word, and AIP-specific requirements.
Astronomy & Astrophysics has no strict word limit (most papers run 6,000-12,000 words) but charges page fees beyond 16 printed pages. LaTeX with the aa.cls class is effectively required, and references use an author-year style without article titles.
JAP formatting: applied physics research with quantified experimental or theoretical characterization and explicit comparison to existing.
How to submit to Applied Physics Letters, what the letter format demands, and what editors usually screen before the paper reaches review.
A practical Astronomy & Astrophysics submission process guide covering file structure, editorial screening, and what editors notice before review.
MNRAS process guide: ScholarOne upload, single-file PDF, APC responsibility, reviewer routing, and what editors screen first.
A&A submission guide: astronomy or astrophysics research with rigorous observational or theoretical methodology and explicit comparison to existing.
Physical Review B accepts around 60-65% of papers sent to review, but the desk rejection rate is notable. Here's what the selection process actually looks like for condensed matter and materials physics.
Applied Physics Letters does not release a verified acceptance rate. The real filter is whether the finding fits a focused 4-page letter with clear applied physics relevance.
Astrophysical Journal accepts approximately 35-40% of submissions. IF 5.4 (2024 JCR), Q1. Moderately selective. Desk rejection rate is roughly 20-25%.
Applied Energy does not publish a strong official acceptance rate. The better submission question is whether the paper is really an energy-systems manuscript rather than a narrower component or materials story.
Astronomy & Astrophysics does not release a verified acceptance rate. The real filter is whether the work delivers clear astrophysical insight with honest uncertainty quantification.
The Astrophysical Journal has no strict word limit but uses a page charge system. AASTeX (LaTeX) is the near-universal submission format, references use author-year citation style, and machine-readable tables are required for large datasets.
Journal of Applied Physics does not release a verified acceptance rate. The real filter is whether the work is thorough applied physics, not just engineering with physics vocabulary.
JAP covers all applied physics with no page limit. Name the subfield for routing and state the practical relevance.
MNRAS scientific editors are working astronomers appointed by the Royal Astronomical Society. Keep the letter short and subfield-specific.
MNRAS has no strict word limit for main journal papers (Letters are 5 published pages). LaTeX with the mnras.cls class is required, author-date Harvard references, and large tables must be in machine-readable format.
Physical Review B formatting: condensed-matter physics advance with full theoretical or experimental characterization.
Physical Review D does not release a verified acceptance rate. The real filter is whether the theoretical work connects to experimental observables, not just mathematical elegance.
PRD asks whether the paper is a sound contribution to particle physics, field theory, gravitation, or cosmology. No need to argue broad significance.
Physical Review D formatting: PRD Divisional Associate Editors expect rigorous derivation and explicit comparison to existing high-energy-physics.
PRL limits papers to 3,750 words or 4 journal pages with a 600-character abstract. LaTeX with REVTeX 4.2 is the standard format, and APS numbered references are used.
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