This shiny app is under development; all materials created should be carefully checked.

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The study name will be used for naming downloaded files, so should be relatively short. You can add a longer official title below.

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Custom Info

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Recommended Info

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What combination of criteria will corroborate or falsify your hypothesis? Use the criteria IDs above and any of the following symbols: ( ) & | !

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We are currently working on ways to input methods and this section is very experimental. For now, you can include methods as a free text description and structured JSON or YAML formats. If you use experimentum, download the project structure as a JSON file and upload it under Manual List Entry.

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Custom Info

Manual List Entry

Download Data Download Codebook

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Upload Data

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Simulate Factorial Data

Scienceverse uses faux to simulate data with factorial designs.

Data and Codebook

This section is under construction and quite buggy

The codebook uses Psych-DS format, which is currently in development.


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Analysis Code

Code should return a named list so that you can access these values by name in the hypothesis criteria. Currently, this app only supports R code, so other languages will be saved as custom values.

Constant Values

You can add constant values here instead of code above (e.g., data from an archive paper or another software program). They will be translated to R code.

Custom Info


This section allows you to associate parts of the scienceverse output with the Preregistration for Quantitative Research in Psychology Template. It is under development and doesn't work yet.



The title should be focused and descriptive, using relevant key terms to reflect what will be done in the study. Use title case (hyperlink:

Contributors, Affiliations, and Persistent IDs (recommend ORCID iD)

Provide in separate entries the full name of each contributor, each contributor's professional affiliation, and each contributor's persistent ID. See ORCID iD for an example of persistent ID (hyperlink: Optional: include the intended contribution of each person listed (e.g. statistical analysis, data collection; see CRediT, hyperlink:

Date of Preregistration

This is assigned by the system upon preregistration submission.

Versioning information

This is assigned by the system upon submission of original and subsequent revisions. Should be a persistent identifier, if not a DOI.


This unique identifier is assigned by the system upon submission.

Estimated duration of project

Include best estimate for how long the project will take from preregistration submission to project completion.

IRB Status

(Institutional Review Board/Independent Ethics Committee/Ethical Review Board/Research Ethics Board) If the study will include humans or animals subjects, provide a brief overview of plans for the treatment of those subjects in accordance with established ethical guidelines. If appropriate institutional approval has been obtained for the study, provide the relevant identifier here. If the study will be exempt from ethical board review, provide reasoning here.

Conflict of Interest Statement

Identify any real or perceived conflicts of interest with this study execution. For example, any interests or activities that might be seen as influencing the research (e.g., financial interests in a test or procedure, funding by pharmaceutical companies for research).


Include terms specific to your topic, methodology, and population. Use natural language and avoid words used in the title or overly general terms. If you need help with keywords, try a keyword search using your proposed keywords in a search engine to check results.

Data accessibility statement and planned repository

Pplease specify the planned data availability level

Code availability

We plan to make the code available

Standard lab practices

Standard lab practices is a (timestamped) document, software package, or similar, which specifies standard pipelines, analytical decisions, etc. which always apply to certain types of research in a lab. Specify here and refer to at the appropriate positions in the remainder of the template. Drop Downs: We plan to make the standard lab practices available (yes, no) If "yes", please specificy the planned standard lab practices availability level: (Use same descriptors of data in T10)



(See introduction I1)

Objectives and Research questions

(See introduction I2)


(See methods M4)

Study method

(See methods M10-14)


Theoretical background

Provide a brief overview that justifies the research hypotheses.

Objectives and Research question(s)

Outline objectives and research questions that inform the methodology and analyses (below).


Provide hypothesis for predicted results. If multiple hypotheses, uniquely number them (e.g. H1, H2a, H2b,) and refer to them the same way at other points in the registration document and in the manuscript.

Exploratory research questions

If planning exploratory analyses, provide rationale for them here.If multiple exploratory analyses, uniquely number them (E1, E2, ...) and refer to them in the same way in the registration document and in future publications.


Time point of registration

Drop Down Options: Registration prior to creation of data; Registration prior to any human observation of the data; Registration prior to accessing the data; Registration prior to analysis of the data; Other (please specify; might include if T1 longitudinal data as been analyzed, but T2 has not yet been analyzed)

Ppre-existing data

Will pre-existing data be used in the planned study? If yes, indicate if the data were previously published and specify the source of the data (e.g., DOI or APA style reference of original publication ). Specify your level of knowledge of the data (e.g., descriptive statistics from previous publications), whether or not this is relevant for the hypotheses of the present study, and how it is assured that you are unaware of results or statistical patterns in the data of relevance to the present hypotheses.

Power and precision

(1) Relevant sample sizes: e.g., single groups, multiple groups, and sample sizes (or sample ranges) found at each level of multilevel data. (2) Provide power analysis (e.g. power curves) for fixed-N designs. For sequential designs, indicate your 'stopping rule' such as the points at which you intend to be viewing your data and in any way analyzing them (e.g., t-tests and correlations, but even descriptively such as with histograms).

Participant recruitment

Indicate (a) methods of recruitment (e.g., subject pool advertisement, community events, crowdsourcing platforms, snowball sampling); (b) selection and inclusion/exclusion criteria (e.g., age, visual acuity, language facility); (c) details of any stratification sampling used; (d) planned participant characteristics (Gender, Race/Ethnicity, Sexual Orientation and Gender Identity, SES, education level, age, disability or health status, geographic location); (e) compensation amount and method (e.g., same payment to all, pay based on performance, lottery).

Participant drop-out

Indicate any special treatment for participants who drop out (e.g., they are deleted from the data file entirely; there is follow-up in a manner different from the main sample) or whether participants are replaced

Masking of participants and researchers

Indicate all forms of masking and/or allocation concealment (e.g., administrators, data collectors, raters, confederates are unaware of condition to which participants were assigned).

Data cleaning and screening

Indicate all steps related to data quality control, e.g., outlier treatment, identification of missing data, checks for normality, etc.

Missing data

Indicate (a) case deletions; (b) averaging across scale items (to handle missing items for some); (c) test of missingness (MAR, MCAR, MNAR assumptions; (d) imputation procedures (FIML vs. MI); (e) Intention to treat analysis and per protocol analysis (as appropriate)

Other information

For example, training of raters/participants or anything else not yet specified.

Type of study and study design

Indicate the type of study (e.g., experimental, observational, crossectional vs. longitudinal, single case, clinical trial) and planned study design (e.g., between vs. within subjects, factorial, repeated measures, etc.), number of factors and factor levels, etc..

Randomization of participants and/or experimental materials

If applicable, describe how participants are assigned to conditions or treatments, how stimuli are assigned to conditions, and how presentation of tests, trials, etc. is randomized. Indicate the randomization technique and whether constraints were applied (pseudo-randomization). Indicate any type of balancing across participants (e.g., assignments of responses to hands, etc.).

Measured variables, manipulated variables, covariates

This section shall be used to unambiguously clarify which variables are used to operationalize the hypotheses specified above (item I3). Please (a) list all measured variables, and (b) explicitly state the functional role of each variable (i.e., independent variable, dependent variable, covariate, mediator, moderator). It is important to (c) specify for each hypothesis how it is operationalized, i.e., which variables will be used to test the respective hypothesis and how the hyothesis will be operationally defined in terms of these variables. The description here shall be consistent with the statistical analysis plans specified under AP5 (below).

Study Materials

Please describe any relevant study materials. This could include, for example, stimulus materials used for experiments, questionnaires used for rating studies, training protocols for intervention studies, etc.

Study Procedures

Please describe here any relevant information about how the study will be conducted, e.g., the number and timing of measurement time points for longitudinal research, the number of blocks or runs per session of an experiment, laboratory setting, the group size in group testing, the number of training sessions in interventional studies, questionnaire administration for online assessments, etc.

Other information

Analysis Plan

Post-data participant exclusions

Describe all criteria that will lead to the exclusion of a particpant's data (e.g. performance criteria, non-responding in physiological measures, incomplete data). Be as specific as possible.

Post-data trial exclusions

Describe all criteria that will lead to the exclusion of a trial or item (e.g. statistical outliers, response time criteria). Be as specific as possible.

Data preprocessing

Describe all data manipulations that are performed in preparation of the main analyses, e.g. calculation of variables or scales, recoding, any data transformations, preprocessing steps for imaging or physiological data (or refer to publicly accessible standard lab procedure, cf. T12).

Reliability analysis

Specify the type of scale reliability that will be estimated, whether it is internal consistency (e.g. Cronbachs alpha, omega), test-retest reliability, or some other form (e.g., a confirmatory factor analysis incorporating multiple factors as sources of variance). In a study involving measure development, researchers should specify criteria for removing items from measures a priori (e.g., largest factor loading magnitude, smallest drop in alpha-if-item removed).

Statistical models

Specify the statistical model (e.g. t test, ANOVA, LMM) that will be used to test each of your hypotheses. Give all necessary information about model specification (e.g., variables, interactions, planned contrasts) and follow-up analyses. Include model selection criteria (e.g., fit indices), corrections for multiple testing, and tests for statistical violations, if applicable. Wherever unclear, describe how effect sizes will be calculated (e.g., for d-values, use the control SD or the pooled SD)

Inference criteria

Specify the criteria used for inferences (e.g., p values, Bayes factors, effect size measures) and the thresholds for accepting or rejecting your hypotheses. If possible, define a smallest effect size of interest. If inference criteria differ between hypotheses, specify separately for each hypothesis and respective statistical model by explicitly referring to the numbers of the hypotheses. Describe which effect size measures will be reported and how they are calculated.

Exploratory analyses

Describe any exploratory analyses to be conducted with your data. Include here any planned analyses that are not confirmatory in the sense of being a direct test of one of the specified hypotheses.

Other information


Other information

If there is any additional information that you feel needs to be included in your preregistration, please enter it here. Literature cited, disclosures of any related work such as replications or work that uses the same data, or other context that will be helpful for future readers would be appropriate here.

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Study Info






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