19.7 Scientific Research

Scientific research, in the context of novel writing, is the investigation of the principles, methods, findings, and practice of a scientific field undertaken so that a narrative can represent scientific content, scientific characters, or the process of scientific work with accuracy sufficient to satisfy readers with genuine expertise, and with enough internal consistency to support any extrapolation the story makes beyond established knowledge. It covers both the factual content of a scientific discipline and the practice of science as an activity — how scientists actually think, work, argue, and reach conclusions — which are related but distinct research needs depending on what a given narrative requires.

What Scientific Research Must Cover

Established facts and principles. The current, correctly understood state of knowledge within a relevant field, sufficient to avoid stating as true something the science does not support, or attributing to a character a belief or claim inconsistent with established fact unless the narrative deliberately marks that inconsistency.

Scientific method and reasoning. How a given field constructs hypotheses, designs experiments or studies, evaluates evidence, and reaches conclusions, since a character practicing science convincingly must reason in ways consistent with actual scientific practice rather than simply asserting confident answers.

Terminology and notation. The precise vocabulary and, where relevant, mathematical or symbolic notation used within a field, applied correctly and consistently, since imprecise or incorrect use of technical terminology is often immediately recognizable to readers with relevant background.

Historical development of the field. How current scientific understanding was reached, including major discoveries, debates, and the state of knowledge at a specific point in time if the narrative is set in the past, since scientific understanding is not static and a historically set narrative must reflect what was and was not yet known at that time.

Limits of current knowledge. What remains uncertain, debated, or unknown within a field, which matters both for accurately representing the humility and provisionality of real scientific knowledge and for identifying where a narrative has room for invention without directly contradicting settled fact.

The material and institutional conditions of scientific work. How research is actually funded, conducted, published, and reviewed, including the practical constraints, collaboration, and institutional pressures that shape how scientists work, distinct from the scientific content itself.

Scientific Research for Speculative and Extrapolative Fiction

Narratives that depend on speculative science — technology or phenomena that do not currently exist, or that extend beyond current scientific consensus — still generally benefit from being built on an accurate foundation of real scientific principles, since speculation grounded in genuine understanding of established science tends to read as more coherent and more genuinely thought-provoking than speculation detached from any real principle. Scientific research for speculative fiction typically involves identifying the specific point at which the narrative's invented content departs from established science, understanding that boundary clearly, and ensuring that everything on the established side of the boundary remains accurate, while the invented extrapolation proceeds from that boundary according to logic the story establishes and applies consistently thereafter.

Methods Specific to Scientific Research

Primary scientific literature. Consulting peer-reviewed research directly relevant to the narrative's subject matter, offering the most precise and current available understanding, though often requiring significant background knowledge or guidance to interpret correctly.

Consultation with working scientists. Speaking directly with scientists in the relevant field, both to verify factual understanding and to gain insight into how scientific reasoning and practice actually operate day to day, which published literature alone often does not convey.

Science journalism and popular science writing. Using well-regarded popular treatments of a field as an accessible entry point, while remaining aware that such sources involve simplification and occasionally propagate outdated or imprecise framing that more specialized sources would correct.

Textbooks and educational material. Consulting standard educational sources for foundational understanding of a field, particularly useful for establishing the settled, non-controversial baseline of a discipline before engaging with more specialized or cutting-edge research.

Direct observation of scientific practice. Visiting laboratories, observing fieldwork, or otherwise directly witnessing how scientific work is actually conducted, providing texture and procedural detail about the practice of science that written sources about scientific findings do not typically supply.

Common Pitfalls in Scientific Research

Treating popularized science as fully accurate. Relying on simplified or sensationalized accounts of scientific findings without verifying them against more rigorous sources, risking the reproduction of common misconceptions that a genuinely informed reader would recognize.

Depicting scientific certainty inconsistent with real practice. Portraying scientific findings or characters as more definitively certain than actual scientific practice would support, since real science typically involves probability, ongoing debate, and provisional conclusions rather than the immediate, absolute certainty fiction sometimes assumes for narrative convenience.

Conflating outdated and current understanding. Drawing on scientific information without checking whether it reflects the current state of the field, particularly risky in rapidly changing disciplines where information a few years old may already be superseded.

Failing to distinguish established science from the narrative's own speculative extension. Blurring the line between real scientific fact and invented extrapolation so that a reader cannot tell what the story is asserting as true science versus what it is proposing as fiction, undermining both the credibility of the real science and the coherence of the speculative element.

Relationship to Other Craft Concerns

Scientific research intersects closely with technical research where a narrative depicts scientific work as a profession or procedure, and with exposition, since scientific content is generally most effective when conveyed through a character's reasoning, dialogue, or action rather than through direct explanatory passages that risk reading as a lecture rather than a scene. It also relates to worldbuilding in speculative fiction, where scientific research establishes the real-world foundation from which an invented scientific or technological system is extended, and the credibility of that invented system depends heavily on the coherence and accuracy of the genuine science underlying it.