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What is Research  || Scientific Meaning | Basic Research Methods & Research Process  || Urdu/Hindi thumbnail

What is Research || Scientific Meaning | Basic Research Methods & Research Process || Urdu/Hindi

Dr Rizwana Mustafa·
4 min read

Based on Dr Rizwana Mustafa's video on YouTube. If you like this content, support the original creators by watching, liking and subscribing to their content.

TL;DR

Research is a structured journey from unknown to known, aimed at solving problems with no established answer.

Briefing

Research is a structured journey from the unknown to the known—aimed at solving problems whose answers aren’t already established. At its core, research means tackling an unresolved question and producing new knowledge that can be used by a scientific community. That “unknown” part matters: searching online, reading newspapers, or collecting information from documents may feel productive, but it doesn’t automatically count as research unless it leads to a genuine answer to a specific, unsolved problem.

A practical definition frames research as systematic learning carried out by a researcher to increase knowledge. “Systematic” is the key word. Researchers rely on established methods, guidelines, tools, and techniques that have been used before and have produced credible, challengeable, and valuable results. Even when methods change, the change should be tactical—grounded in proof or scientific reasoning—rather than random experimentation. For example, data collection and laboratory procedures should follow methods already reported in the literature, and the techniques used should be reliable within the scientific community.

The lecture also distinguishes research from mere information gathering. Searching online can provide background, but research is about addressing something unknown—something no one has answered yet. The goal is not just to repeat what others have written; it is to add a new piece to the knowledge base. That contribution can be major or minor, but it must be new and relevant to a specific problem area.

To make the process concrete, the discussion emphasizes the need for a clear research question and critical thinking. Critical thinking helps identify what the real problem is and how to approach it logically. Then comes the development of a research question that is specific and targeted—focused on an uncertain issue or a gap in knowledge. Without a well-formed question, the rest of the research process becomes unfocused.

Once the research question is set, the work follows systematic steps: conduct the research using appropriate methods, analyze results, and then conclude with findings that answer the question. Those findings should be shared as new knowledge so the broader community’s understanding grows.

A final takeaway ties everything together: a research question is a question that has no known answer yet. Even supervisors may not know the answer in advance—research is what produces it. The lecture closes by positioning future learning around how to become a good researcher, including how to shift from student mode to researcher mode and what benefits research brings.

Cornell Notes

Research is a systematic process for solving problems whose answers are unknown, moving knowledge from “unknown” to “known.” It requires more than searching online or collecting documents; it demands a targeted research question and a methodical approach that produces new knowledge. Researchers typically start with established, credible methods from the literature, then may adapt them tactically with scientific justification. Critical thinking helps define the real problem and shape a specific research question. After conducting the study and analyzing results, researchers conclude by answering the question and adding reliable findings to the scientific community’s knowledge.

Why doesn’t online searching automatically count as research?

Online searching can provide background information, but research is defined by producing an answer to an unsolved, specific problem. If the work only gathers documents or information without systematically addressing an unknown question and generating new knowledge, it remains “search,” not research.

What does “systematic learning” mean in research practice?

Systematic learning means using established methods, guidelines, tools, and techniques that have already produced credible results. Procedures for data collection and lab work should align with methods reported in the literature, and techniques should be reliable and acceptable to the scientific community. Changes to methods should be tactical and supported by proof or scientific reasoning.

How should a researcher choose a research question?

A research question should be specific and targeted toward an uncertain or unsolved issue. It should reflect critical thinking—identifying the real gap or problem—so the study has a clear focus and can generate an answer rather than vague conclusions.

What steps follow after the research question is formed?

After defining the question, the researcher conducts the study using systematic processes to find the answer. The work then includes analyzing results and drawing conclusions that directly address the research question, producing new knowledge for the relevant community.

What makes a research outcome “new knowledge”?

New knowledge means the findings add something not previously established for that specific problem area. The contribution can be major or minor, but it must be genuinely new and relevant—something that increases the scientific community’s understanding of the issue.

Review Questions

  1. What distinguishes research from information gathering like reading newspapers or searching online?
  2. How does critical thinking influence the formation of a research question?
  3. Why must research methods be systematic, and what role does the literature play in selecting them?

Key Points

  1. 1

    Research is a structured journey from unknown to known, aimed at solving problems with no established answer.

  2. 2

    Research requires systematic learning using credible methods, tools, and procedures rather than random experimentation.

  3. 3

    A well-defined, specific research question is essential; it targets an unsolved or uncertain problem.

  4. 4

    Critical thinking helps identify the real problem and shape a research question that can be answered.

  5. 5

    Research outcomes must add new knowledge to the scientific community, increasing understanding of a specific issue.

  6. 6

    Method changes should be tactical and justified with proof, not made without scientific grounding.

  7. 7

    Even supervisors may not know the answer in advance—research is what generates it through systematic study and analysis.

Highlights

Research is not the same as searching online; it’s about answering an unsolved question and producing new knowledge.
Systematic methods matter: researchers rely on literature-backed procedures and only adapt them with scientific justification.
A research question is the central engine of the process—critical thinking is used to make it specific and answerable.
The end goal is a conclusion that directly answers the research question and increases knowledge for the community.

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