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A gap in journal articles is not necessarily a gap in existing evidence. Theses, reports, conference materials, and other grey literature may contain research that changes what you can legitimately claim is unknown.
Read Guide →Important evidence does not always appear in academic journals. Learn where to find government reports, policy documents, official statistics, technical reports, and other nonjournal research and how to evaluate what you find.
Read Guide →Researchers, journals, and topics provide different routes to new research. Following topics usually gives the broadest coverage, while selected researchers and journals can add useful signals that topic searches may miss.
Read Guide →Yes. Publication in a prestigious journal can be a useful signal about selectivity and scholarly attention, but it does not guarantee that an individual study is methodologically strong or that its conclusions are justified.
Read Guide →Looking up reviews before buying a laptop and conducting a scientific study both involve seeking answers, but they operate under different standards. The key differences concern how questions are investigated, evidence is evaluated, and conclusions are justified.
Read Guide →Research is generally expected to contribute to knowledge, but that does not mean every study must discover something completely unprecedented. Novelty can arise through new evidence, contexts, explanations, tests, methods, interpretations, or clearer knowledge about the limits of existing claims.
Read Guide →Research does not have to pursue a completely new claim. Confirmatory and replication studies can make important contributions by testing whether existing findings withstand additional scrutiny, hold under new conditions, or require qualification.
Read Guide →Systematic research follows an organized and defensible process, while rigorous research applies appropriate methods with sufficient care to support credible conclusions. Neither requires one universal procedure.
Read Guide →Empirical research develops or evaluates knowledge through systematic engagement with observation or experience. It can be quantitative or qualitative, but not every legitimate form of scholarly research is empirical in the same sense.
Read Guide →Objectivity is an important research value, but it does not require researchers to become perspective-free observers. Strong research uses methodological safeguards, transparency, critical scrutiny, and, where appropriate, reflexivity to reduce or account for influences that could distort conclusions.
Read Guide →Market research and academic research can use many of the same systematic methods. Their main differences usually concern purpose, audience, constraints, dissemination, and how the resulting knowledge is expected to be used.
Read Guide →Student work can count as research when it systematically investigates a question and produces a defensible knowledge contribution. Whether a thesis, dissertation, or classroom project qualifies depends on what the student actually does, not simply on the academic label attached to the assignment.
Read Guide →Research does not become research only when a journal publishes it. Conducting a systematic investigation and communicating its findings are separate processes, although responsible dissemination is important for scrutiny and cumulative knowledge.
Read Guide →Research does not become rigorous simply by following the method most familiar in a discipline. Rigor depends more fundamentally on whether the research design fits the question and is conducted, analyzed, and reported according to appropriate standards.
Read Guide →A study does not have to produce a neat or decisive answer to be valuable. Well-designed research can clarify uncertainty, challenge assumptions, rule out possibilities, expose limitations, and show what evidence is still needed.
Read Guide →Sophisticated methods can strengthen research when the question genuinely requires them, but complexity is not evidence of scientific quality by itself. A method earns its place by improving the credibility of the evidence or inference.
Read Guide →Not every careful or systematic investigation is research. The boundary depends on the purpose of the activity, the knowledge it is designed to produce, and the standards and definitions relevant to its context.
Read Guide →Two well-conducted studies can reach different conclusions because they may observe different samples, contexts, measurements, implementations, or manifestations of a variable phenomenon. Disagreement is evidence to investigate, not automatic proof that one study failed.
Read Guide →Researchers should not decide confidence from statistical significance or one impressive study alone. Confidence depends on how well the evidence supports the claim after considering design, bias, precision, consistency, relevance, and the broader body of research.
Read Guide →A research claim becomes stronger when appropriate evidence supports it through methods capable of justifying the inference being made. Its strength depends not merely on how much evidence exists, but on its quality, relevance, consistency, uncertainty, and fit with the claim.
Read Guide →Scientific disagreement is expected when researchers work with incomplete evidence, uncertain estimates, competing explanations, different methods, and complex phenomena. Productive disagreement can expose weaknesses and help better-supported conclusions emerge.
Read Guide →A famous or influential study may deserve attention, but prominence is not a measure of evidential strength. In most mature research questions, a well-evaluated body of relevant evidence deserves more weight because it shows whether a finding survives across studies, methods, populations, and sources of uncertainty.
Read Guide →One exceptionally informative study can sometimes deserve more weight than numerous weak studies, particularly when it addresses a major limitation shared by the earlier research. But a single strong study still cannot answer every question that repeated, independent evidence can address.
Read Guide →Producing new knowledge is central to research, but novelty is broader than discovering something entirely unknown. Research can also test existing claims, refine explanations, improve methods, solve problems, and strengthen the evidence on which knowledge and decisions depend.
Read Guide →Research can benefit the people who conduct it as well as those who build on it later. Students and researchers can develop knowledge and research capabilities, while future researchers may inherit evidence, methods, data, questions, and lessons that make subsequent inquiry possible.
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