Artificial Intelligence in Research
An AI interviewer may receive a disclosure suggesting imminent harm to the participant or another person. Researchers need predefined procedures for stopping automated questioning, assessing the limits of confidentiality, and arranging timely human intervention without relying on the chatbot to manage an emergency independently.
Read Guide →
Artificial Intelligence in Research
Research participants should generally know when they are interacting with an AI interviewer rather than a human researcher. Learn what meaningful disclosure involves, why informed consent matters, and when withholding interviewer identity may require specific ethical justification.
Read Guide →
Artificial Intelligence in Research
Validating AI-mediated data collection requires more than testing whether a chatbot works. Researchers must evaluate protocol adherence, question quality, response accuracy, measurement effects, participant safeguards, and reproducibility before relying on AI-collected evidence.
Read Guide →
Artificial Intelligence in Research
AI-mediated research requires more than saving participant answers. Researchers may need records of the questions actually asked, model configurations, automated decisions, protocol deviations, and safety events. Learn what to log, what to avoid collecting, and how to balance research reproducibility with participant privacy.
Read Guide →
Artificial Intelligence in Research
AI-mediated data collection is not suitable for every research study. Learn when methodological requirements, participant vulnerability, sensitive disclosures, privacy constraints, or inadequate validation make automated interviewing inappropriate, and when human-led methods are preferable.
Read Guide →
Artificial Intelligence in Research
AI can transcribe interviews conducted in multiple languages, but code-switching, language detection errors, and unequal recognition accuracy can affect the resulting transcripts. Learn how to evaluate multilingual transcription systems while preserving participants' original language and meaning.
Read Guide →
Artificial Intelligence in Research
AI can transcribe and translate research interviews in a single workflow, but the resulting text may contain both speech recognition and translation errors. Learn when simultaneous processing is appropriate, why original-language records matter, and how to verify translated interviews without losing participant meaning.
Read Guide →
Artificial Intelligence in Research
Generative AI can help researchers identify inconsistencies, inspect missing values, suggest corrections, and develop reproducible data-cleaning procedures. However, researchers must distinguish AI-generated suggestions from verified errors and retain control over changes to their datasets.
Read Guide →
Artificial Intelligence in Research
AI can automate approved missing-data procedures, but it should not invent participant responses or silently overwrite original observations. Learn when automated imputation may be appropriate, which decisions require researcher approval, and how to protect the integrity of statistical findings.
Read Guide →
Artificial Intelligence in Research
Generative AI can help researchers investigate unusual observations, but statistical anomalies are not necessarily errors. Learn how to verify suspicious values, distinguish genuine variation from incorrect records, and make defensible decisions about correction, retention, or exclusion.
Read Guide →
Artificial Intelligence in Research
Allowing AI to modify the master research dataset can introduce undocumented errors, unintended deletions, and irreversible changes. Learn when AI should have read-only access, how to implement approved transformations safely, and why protecting original observations is essential for reproducible research.
Read Guide →
Artificial Intelligence in Research
AI can execute data-cleaning procedures, but researchers must define the rules governing corrections, exclusions, missing values, and substantive transformations. Learn which decisions require explicit approval, how to specify them, and why leaving methodological choices to AI can compromise research findings.
Read Guide →
Artificial Intelligence in Research
AI coding can systematically misclassify particular experiences, languages, or respondent groups, potentially distorting research findings even when overall accuracy appears high. Learn how these biases arise, how to detect them, and what researchers can do before using AI-coded data to support conclusions.
Read Guide →
Artificial Intelligence in Research
Saving an AI prompt is not enough to make research coding reproducible. Learn how to preserve coding instructions, model information, codebook versions, data transformations, and validation records so that others can understand, evaluate, and potentially repeat your AI-assisted analysis.
Read Guide →
Artificial Intelligence in Research
AI coding can be appropriate for structured classification and selected analytical support tasks, but not every qualitative methodology benefits from automation. Learn how to evaluate methodological compatibility, coding complexity, validation requirements, and ethical risks before deciding whether to use generative AI.
Read Guide →
Artificial Intelligence in Research
Generative AI can often recognize statistical tests suggested by a research question, but similar questions may require different analyses. Learn what published evaluations reveal and why study design matters.
Read Guide →
Artificial Intelligence in Research
The safest role for generative AI in statistical analysis is as an inspectable, researcher-supervised assistant rather than an independent methodological authority. Learn how to use AI productively while preserving statistical validity, reproducibility, and research integrity.
Read Guide →
Artificial Intelligence in Research
Using generative AI to interpret statistical results does not transfer responsibility for the findings to the technology. Learn what researchers must verify, how accountability differs from AI disclosure, and what to do when an AI-assisted interpretation contains an error.
Read Guide →
Artificial Intelligence in Research
Generative AI can write statistical code for data cleaning, hypothesis testing, regression, and research visualization. However, executable code is not necessarily statistically correct. Learn when AI-generated code can be useful, what can go wrong, and how researchers can evaluate it before relying on the results.
Read Guide →
Artificial Intelligence in Research
AI can generate statistical code that researchers cannot write themselves, but should they use code they do not understand? Learn why successful execution is insufficient, what level of understanding is necessary, and how to determine when AI assistance requires independent methodological review.
Read Guide →
Artificial Intelligence in Research
AI-generated statistical code may appear correct while concealing methodological or computational errors. Learn when independent review is warranted, what a qualified reviewer should examine, and how code review can strengthen research reliability without replacing author accountability.
Read Guide →
Artificial Intelligence in Research
Using AI to generate statistical code raises questions about citation, disclosure, and research transparency. Learn when AI assistance should be acknowledged, why citing statistical software differs from disclosing AI use, and what information researchers should document before submitting their work.
Read Guide →
Artificial Intelligence in Research
When AI-generated research code contains an error, responsibility does not automatically belong to the AI provider. Learn how accountability applies to researchers, coauthors, and statistical collaborators, and what should happen when coding mistakes affect published findings.
Read Guide →
Artificial Intelligence in Research
Generative AI can accelerate statistical programming, but it is not always the safest option. Learn when researchers should write code themselves, rely on verified implementations, or seek expert assistance, particularly for complex models, confidential datasets, and analyses that are difficult to validate.
Read Guide →
Artificial Intelligence in Research
Generative AI can produce codes, themes, and analytical narratives resembling reflexive thematic analysis, but delegating interpretation raises a fundamental methodological problem. Examine why researcher subjectivity and reflexivity matter, how AI-generated analysis differs from researcher-developed meaning, and what the methodological literature says about substituting AI for the qualitative researcher.
Read Guide →
