This chapter teaches the foundational skill of inquiry-based thinking: beginning with questions rather than answers, following evidence into uncertainty, and allowing research to change what you think. Students who master inquiry-based thinking are ready to conduct honest, rigorous research in any discipline.

There is a difference between looking something up and inquiring into something.

Looking something up begins with a gap. You need a fact, a definition, a date, a name. You search, you find it, you close the browser. The process is quick, practical, and useful. There is nothing wrong with looking things up.

Inquiry begins differently. Inquiry begins with a problem you do not fully understand, a situation you find puzzling, a claim you cannot evaluate, or a question whose answer is not obvious. Inquiry means engaging with that uncertainty rather than immediately trying to close it.

When you look something up, you are filling a gap. When you inquire, you are exploring territory.

Inquiry requires a particular mental posture made up of five qualities, none of which are fixed personality traits — they are habits of mind that develop through practice.

Curiosity is the engine of research. Without genuine curiosity — a real desire to understand something — research becomes a mechanical exercise. You gather sources, you fill a page, you cite correctly, but you learn nothing that matters to you. Curiosity is what makes research an intellectual experience rather than a clerical one.

Not all curiosity leads to good research. Curiosity that demands immediate resolution — that needs the answer in sixty seconds — tends to settle for the first plausible-sounding result rather than the best available evidence. Productive curiosity is willing to wait. It is comfortable sitting with a question long enough to understand it before seeking an answer, and it asks follow-up questions: when a fact surprises you, productive curiosity asks why; when a source makes a claim, it asks what evidence supports it; when two sources disagree, it wants to know who is right and why, not simply which one to cite.

Part of learning to research well is learning to tolerate ambiguity — the experience of holding two or more possibilities in mind without yet knowing which is correct. Ambiguity is uncomfortable; our minds prefer resolution. But premature resolution — settling on an answer before the evidence supports it — produces worse research than staying with the uncertainty a little longer. When you encounter ambiguity, practice asking: What would I need to know to resolve this? That question keeps your inquiry active and directed rather than stuck.

Before you can ask a focused research question, you usually need to know enough about a topic to understand what kind of question is worth asking. That early stage of research is called exploratory research.

Exploratory research is open, broad, and provisional. Its purpose is orientation — getting enough of a map of a subject to figure out where the interesting questions are. It is not about finding sources you will cite in your final paper; it is about learning enough to research intelligently. Think of it the way you would think about arriving in a city you have never visited. Before you can find the best coffee shop, you need to know roughly where neighborhoods are, what transportation is available, and what the city is like. Exploratory research provides that orientation for an academic topic.

During exploratory research, you might read an overview article or encyclopedia entry to understand what a topic involves, skim several introductory sources to get a sense of the major debates and concepts, browse a library guide to see what kinds of sources exist on the topic, look at the table of contents of a relevant textbook, search broadly in a library database to see what has been written, or write down questions that the overview material raises but does not answer.

During this phase, you are not looking for evidence to support a claim. You are looking for understanding. This distinction matters because it changes what sources are useful. In exploratory research, a clear encyclopedia article is more valuable than a dense specialized journal article. An introductory textbook chapter is more useful than an expert monograph. The goal is breadth and orientation, not depth.

Background knowledge is what you know before you begin a specific research project. It includes everything you have learned from prior coursework, reading, conversation, experience, and general education. Background knowledge shapes what questions you can ask, what sources you can evaluate, and how quickly you can understand new material.

Researchers with strong background knowledge in a subject can recognize when a claim is unusual or surprising relative to established knowledge, evaluate whether a source's evidence is plausible, identify what is missing from an argument, ask more specific and productive questions, and interpret technical language and disciplinary conventions. Researchers who are new to a subject — which includes most students at the beginning of a research project — have to build background knowledge before they can do strong research. This is not a deficiency; it is a stage every researcher goes through when entering new territory.

Students often imagine research as a straight line: pick a topic, find sources, read them, write the paper. Research rarely works this way in practice.

Real research is cyclical. Each phase of research generates questions that send you back to earlier phases. Finding a useful source raises new questions. Reading one article reveals that your search terms were slightly wrong. Trying to write a section reveals a gap in your evidence that requires more searching. Revising your argument changes what kinds of sources you need. This cycling is not inefficiency — it is how research actually works, and understanding it as normal prevents a great deal of frustration.

The research question you start with is rarely the research question you end with. Good researchers expect their questions to change as they learn more about a subject. Revising a question is not a failure; it is a sign that inquiry is working.

One of the most valuable things research can do is show you that what you believed was wrong, incomplete, or more complicated than you had understood. This is uncomfortable. It is also the clearest sign that research is working.

Counterevidence — evidence that challenges your working thesis — is among the most valuable material you can find during research. It tells you that the question is genuinely contested (if there were no counterevidence, there would be no real question to investigate); that your thesis needs to be more precise (sometimes counterevidence reveals not that your thesis is wrong but that it is too absolute); and that your understanding of the subject is deepening (the student who can explain why a reasonable person might disagree with their thesis — and explain it fairly — understands the subject far better than one who has never encountered disagreement).

Inquiry reaches conclusions. Good research does not end in permanent uncertainty. But the conclusions that research produces must be responsible — proportional to the evidence, honestly qualified, and clear about what remains unknown.

Academic and professional researchers use language that signals the appropriate degree of confidence. Learning this language helps you express conclusions responsibly.

Choose one of the following starting points and transform it from a casual lookup into an inquiry-based research question by asking follow-up questions, identifying what you do not know, and noting what kind of evidence might help:

Write down: (1) what you believed or assumed before doing any research; (2) three questions you would need to answer to evaluate this claim; (3) what kind of evidence would help you answer those questions; (4) what you still would not know, even after finding good evidence.

Using the MGU Library encyclopedia or a reference database, spend fifteen minutes doing exploratory research on one of these topics: the psychology of memory, labor unions in the 20th century, or climate change adaptation strategies. After your exploration, write down three terms or concepts you had not encountered before, two specific questions raised but not answered by what you read, and one aspect of the topic you think would be worth researching further.

Interview someone — a student, a faculty member, a librarian — who has completed a research project. Ask them what question they started with, how their question changed as they researched, what surprised them most about what they found, and whether the evidence changed what they thought. Write a one-paragraph reflection on what you learned about the research cycle from this conversation.

Evaluating a Source at the Inquiry Stage. At the exploratory stage of research, the sources that are most valuable are those that orient you to a topic efficiently. Consider this hypothetical source: an entry in a general encyclopedia on "Sleep and Academic Performance," approximately 1,200 words, written by a staff editor, reviewed by an academic advisory board, last updated eighteen months ago, summarizing several research areas, defining key terms, and including a bibliography of seven scholarly articles.

Ask: Is this source useful for orientation — what does it help you understand? Is this an appropriate final source, or is it better used as background reading? What does the bibliography give you, and how might you use it? What questions does this entry raise that it does not answer? What would your next step be?

The research notebook is where you record your inquiry as it develops. For this chapter, your notebook entries should capture the process of questioning, exploring, and revising.

This kind of notebook entry records where you started, documents what you learned in exploratory research, shows how your question changed, captures new search terms, and notes the limitations of the source you used. Keep entries like this throughout your research — they are invaluable when you sit down to write.

At the inquiry and exploratory stage, citation practices focus on recording enough information to find a source again and to eventually cite it correctly in a finished paper. Even before you read a source carefully, record the following.

The MGU Library supports every stage of the inquiry process described in this chapter.

Choose a topic from your current coursework that you have not yet researched formally and complete the following sequence.

Write down in three to five sentences what you currently believe or assume about this topic. Do not research yet — just record what you think you know.

Spend twenty minutes reading one or two overview sources on this topic (an encyclopedia entry, a library guide, or an introductory chapter). Do not use a search engine yet. Use the MGU Encyclopedia or a reference database.

After your exploratory reading, write three things you learned that you did not know before, two terms you encountered that you will need to understand better, and two questions raised by your reading that remain unanswered.

Write a starting research question based on what you have learned, then apply the MGU Research Question Model.

Write a paragraph describing how your starting assumptions changed (or how they were complicated) by your exploratory reading. What would you need to know to answer your question responsibly?

Locate two sources on the same topic — one appropriate for exploratory research (an encyclopedia or overview article) and one more appropriate for advanced research (a peer-reviewed scholarly article or an official report). For each source, complete the MGU Source Evaluation Model below.

After completing both evaluations, write a paragraph explaining how these two sources would serve different functions in the same research project.

This chapter has argued that research begins with questions, not answers, and that changing your mind when evidence warrants it is a sign of intellectual integrity, not weakness.