Is the scientific paper a fraud? (Hindi/हिंदी में)

A “scientific paper” is a short printed report in a journal. Scientists share their work mainly through papers, not books. The question here is bold: Is the scientific paper a fraud?“Fraud” does not mean fake facts or lies. It means the paper often hides how the thinking really happened. It gives a wrong picture of the mind at work. The short answer given is “yes.”Think about the usual paper. First comes an “Introduction.” It sets the topic. Next is “Previous Work.” Here the writer says others tried a bit, but did not get far. Then come “Methods.” That part is fine. After that come “Results.”In “Results,” you list facts only. You must not say what they mean. You must pretend your mind was empty and just soaked up data. You act like you had no ideas guiding you. You save meaning for “Discussion” at the end.In the “Discussion,” you then ask if your facts mean anything at all. You pretend to test if a general truth pops out only after you stare at the pile of facts. This tale is not how science really works.Why do many papers look like this? Behind them is a view called “induction.” Induction says science starts with plain, innocent seeing. You collect raw facts, free of bias. From that jumble, a neat theory “grows,” like crystals forming.The great thinker John Stuart Mill pushed this view. He knew pure “deduction” is weak for finding new ideas. Deduction only draws out what is already inside your starting points. So Mill said induction discovers and proves general rules. He even built a logic of induction and rules for it.But this method failed badly in real life, for example in “Mass Observation.” People wrote down raw facts about daily life: talk in pubs, train rides, games, love, and more. They hoped big truths would rise from the notes. They did not. Watching people the way bird-watchers once watched birds did not yield deep laws.There are three strong reasons against induction.First, there is no such thing as pure, innocent observation. All seeing is shaped by what we already know. Every look has some bias.Second, discovery and proof are not the same act. Mill mixed them up. In math, deduction can both uncover and prove. In science, the act that finds an idea and the act that tests it are different.Third, you cannot get sure new general truths from a pile of single facts by logic alone. You cannot squeeze more certain information out than you put in. It would be like making matter from nothing. Think of it as a “conservation of information.”No surprise, then, that Bertrand Russell once wrote that induction is only a way to make guesses that seem likely. And Karl Popper, a major thinker on method, called induction a myth. He said we do not need it.So how does science really move? It starts with an expectation, a guess, a “hypothesis.” The hypothesis gives the push to begin. It shapes what you choose to look at. It guides which methods you pick. It tells you which tests matter. Without that prior idea, your steps have no clear meaning.Where do hypotheses come from? Not from strict logic. You do not “deduce” a hypothesis. You make one up. Better said, it comes by insight or inspiration. That is a job for psychology, not logic.But testing a hypothesis can be strict. From a hypothesis, you deduce clear predictions. You say, “If this is true, then X will happen,” or “Y will not happen.” Then you test. If a prediction fails, you drop or change the hypothesis. If it passes, the hypothesis survives, still on trial.This is the “hypothetico-deductive” view. Popper argued for it in The Logic of Scientific Discovery. William Whewell, a scientist and scholar, also said this long ago. He wrote that there is no fixed “art of discovery.” He also said skill in making hypotheses is not a flaw, but a must. Newton disliked hypotheses, but science needs bold, testable ideas.