Journal decision profile

Biological Cybernetics

Neuroscience

Biological Cybernetics' 2026 Journal Metrics Score is 2.0, ranking Q2 in Cognitive Neuroscience. Two-year citation average from OpenAlex data, updated August 2026.

Springer Science+Business MediaGermanypISSN 0340-1200eISSN 1432-0770
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Bookmark this page — track observed submission-to-acceptance timing, FWCI and field-normalized citation data for this journal in one view.

Journal Metrics Score
i
Journal Metrics ScoreThe raw score is citations received in the latest complete year by works from the two previous years, divided by the number of those works. It is calculated from OpenAlex open data (CC0) and is not a percentage grade.
2026
2.0

Journal Metrics Score 2026 · 2021–2024 window citedness 1.82.

Review & acceptance time
i
Review & acceptance timeCalendar days between the received and accepted dates reported in recent PubMed records. This interval includes editorial handling and author revisions, so it is not time to first decision or pure peer-review time.
PUBMED
177 daysmedian

Middle 50%: 118–252 days

44 of 44 PubMed-indexed articles · 100% coverage · 2024–2025

Biological Cybernetics accepts papers a median of 177 days after submission, including peer review and revisions. That is slower than 84% of comparable journals with PubMed timing data.

Indicative APC
i
Indicative APCThis journal-level estimate comes from the OpenAlex source record. It is not a verified quote and may exclude taxes, waivers, society discounts, or article-type charges. Check the journal's official website before deciding.
OPENALEX · VERIFY
$3,990

Journal-level estimate only. Verify current charges, taxes, waivers, discounts, and article-type fees with the journal.

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At a glance

Journal decision profile

Each spoke is a 0–100 percentile within a comparable journal cohort—not a percentage grade or a single black-box rating.

Relative profile

Metrics ScoreThe raw 2026 Journal Metrics Score is the recent two-year citation average shown above. The radar converts it to a 0–100 cohort percentile: farther out means a higher score than more comparable journals. It is not a percentage grade.iSource outputThe raw rank compares lifetime output inside the journal’s leading-topic source set. The radar then compares that rank position across Decision Profile journals in the same primary OpenAlex field; when that field has too few profiles, it uses the broader profile set. Farther out means relatively more output, not better research quality.iTop 10% shareThe share of recent papers in the global top 10% for citations after comparing papers of the same type, publication year, and subfield. The radar converts that share to a 0–100 cohort percentile; it does not predict how a new paper will perform.iMedian FWCICitation performance of the middle recent paper after field, year, and work type are considered. A raw FWCI of 1.0 is the expected citation level for comparable papers; the radar shows its 0–100 cohort percentile.iSubmission-to-acceptanceCalendar days from the received date to the accepted date in recent PubMed records. This includes editorial handling and author revisions, so it is not the time to first decision and not pure peer-review time. The radar uses a 0–100 cohort percentile with shorter observed timing plotted farther out; it does not measure review quality.iOutput volumeAverage works published per year in the recent analysis window, converted to a 0–100 cohort percentile. Farther out means the journal publishes more papers; it does not mean those papers are better.i
Cost is intentionally excluded. Missing APC data is never converted to a zero-dollar fee or a fabricated cost score.

Raw values behind the shape

Always visible
Metrics Score
i
Metrics ScoreThe 2026 raw Journal Metrics Score shown above. The bar is its 0–100 percentile within the radar's comparable journal cohort; it is not a percentage score.
2.02026 · OPENALEX
Source output rank
i
Source output rankThis lifetime journal-wide output rank compares works published by the OpenAlex source with sources associated with the journal’s leading topic. More output does not mean higher quality.
#117 / 1,040LIFETIME OUTPUT
Highly cited papers
i
Highly cited papersShare of recent works in the global top 10% for citations after comparing papers of the same type, publication year, and subfield.
5.6%FIELD-NORMALIZED TOP 10%
Field-normalized impact
i
Field-normalized impactCitation performance of the middle recent paper after field, year, and work type are considered. A raw FWCI of 1.0 is the expected level for comparable work.
0.61MEDIAN FWCI
Submission-to-acceptance
i
Submission-to-acceptanceReceived-to-accepted calendar days from qualified PubMed records. It includes editorial handling and author revisions; it is not time to first decision or pure peer-review time.
177 daysIQR 118–252 DAYS
Recent output
i
Recent outputAverage works published per year across the complete analysis window. This is a volume measure, not a quality score.
36 / yr2021–2024 AVG
Field-normalized top 10% share5.6%

8 of 144 works · same type, year & subfield

Field-normalized top 1% share0%

0 works · same type, year & subfield

Median FWCI0.61×

Below field-year expectation

Source output rank#117

of 1,040 topic-associated OpenAlex sources by lifetime output

What does Median FWCI mean?

FWCI compares papers with the same publication year, type, and field. 1.0 is the world average; above 1.0 is above expectation. This journal's median is 0.61, so its typical recent paper runs about 39% below its field benchmark.

What does Top 10% Share mean?

5.6% of recent papers rank in the global top 10% after field normalization. This is easier to compare across specialties than raw citation totals.

Publishing pattern

Publication volume and article mix

Volume is separated from citation accumulation so newer papers are not presented as weaker simply because they are newer.

Works published by year

OpenAlex source records · 2016–2025

312016
352017
462018
242019
372020
592021
362022
292023
202024
262025

Recent work-type mix

144 OpenAlex works · 2021–2024

Article90.3%
Erratum4.9%
Editorial2.8%
Paratext2.1%
OpenAlex article is broader than “original research.” PubMed Publication Types can add case-report and clinical-study detail.
Fit signals

Topics and medical subject coverage

OpenAlex topics show research communities; MeSH keeps the medical taxonomy recognizable.

Major MeSH signals

PubMed-indexed works

Select a MeSH signal to see how much Biological Cybernetics publishes on it, from PubMed counts for the last five complete years.

Leading OpenAlex topics

2021–2024 works
Neural dynamics and brain function32
Motor Control and Adaptation12
stochastic dynamics and bifurcation9
Visual perception and processing mechanisms8
Neural Networks and Applications6
Robotic Locomotion and Control6
Memory and Neural Mechanisms5
Balance, Gait, and Falls Prevention3
EEG and Brain-Computer Interfaces3
Hearing, Cochlea, Tinnitus, Genetics3
Methodology: OpenAlex snapshot 2026-10-16. FWCI, percentile badges, topics, and type mix use 144 works published 2021–2024. Radar normalization is versioned in the cached profile, and no cost score is assigned without reliable APC data.

Subject Category Quartiles

Quartiles computed within each OpenAlex subfield
CategoryQuartile
Cognitive NeuroscienceQ2
Artificial IntelligenceQ3
Biomedical EngineeringQ3
Q2
Subfield Quartile
B4
CAS Block

Ranking and source check

#556
of 1,172 Neuroscience field journals
#107
among Q2 Neuroscience journals

Confirm the exact title and ISSNs against the publisher homepage before a high-stakes submission decision.

Journal Details

OpenAlex Works
4,285
H-Index
203
Fully Open Access
No
Recent OA Works
564
Subject Areas
Cognitive NeuroscienceArtificial IntelligenceBiomedical Engineering

Source: the current OpenAlex source record. OpenAlex works can include multiple work types. Fully Open Access is a source-level flag. Recent OA Works is summed from OpenAlex's counts_by_year series (up to the latest ten years); it is not a lifetime OA percentage. Any APC shown here is an indicative OpenAlex value—verify current charges on the journal's official website.

Common questions about Biological Cybernetics

What is Biological Cybernetics' Journal Metrics Score in 2026?

Biological Cybernetics' 2026 Journal Metrics Score is 2.0, from the August 2026 data release. The score is a two-year citation average computed from OpenAlex (CC0) data: citations received in the most recent complete year to works published in the two prior years, divided by the number of those works.

What quartile is Biological Cybernetics in?

Biological Cybernetics' best quartile is Q2. By OpenAlex subfield: Q2 in Cognitive Neuroscience; Q3 in Artificial Intelligence; Q3 in Biomedical Engineering. Quartiles rank journals by Journal Metrics Score within each subfield.

Is the Journal Metrics Score the same as other journal citation metrics?

No. Journal Metrics computes the score independently from OpenAlex open data. Other providers use different citation databases, document types, and counting rules, so their published figures for Biological Cybernetics will not match this score exactly. Compare journals using one source at a time.

How long does Biological Cybernetics take to accept a paper?

Biological Cybernetics accepts papers a median of 177 days after submission across 44 recent PubMed records with both dates; the middle half took 118–252 days. This includes peer review, editorial handling, and revisions.

How long is the peer review time at Biological Cybernetics?

PubMed records when a manuscript was received and accepted, not the individual review stages, so peer review time on its own is not available. The full time from submission to acceptance at Biological Cybernetics, which includes peer review and revisions, has a median of 177 days. For the time to a first decision, check the journal's own website.

Is Biological Cybernetics faster than similar journals?

Biological Cybernetics' median of 177 days from submission to acceptance is slower than 84% of comparable journals with PubMed timing data.

How much does it cost to publish in Biological Cybernetics?

OpenAlex lists an indicative article processing charge of $3,990 USD for Biological Cybernetics. This journal-level estimate may exclude taxes, waivers, discounts, or article-type fees, so confirm the current charge on the journal's website.

Which journals are alternatives to Biological Cybernetics?

Comparable journals include Frontiers in Computational Neuroscience, Journal of Computational Neuroscience, Annual Review of Neuroscience, and Journal of Neuroscience. Compare their scores, acceptance times, and costs in the recommended alternatives on this page before choosing where to submit.

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