Nicole’s guide to writing and editing

Nicole’s Guide to Writing and Editing

Writing clear, compelling scientific prose is an art that blends rigorous logic with thoughtful storytelling. In this guide, I distill the most useful lessons I’ve learned—from a German‑literature professor who loved Mozart to the style manuals of Physical Review and The Elements of Style—into a set of practical principles. Whether you’re drafting a research paper, a grant proposal, or a blog post, these guidelines will help you keep your writing crisp, credible, and reader‑friendly.

1. Structure: Motivate, Present, Explain

• Begin with a hook: State the problem or question that drives your work. A clear motivation turns a dry paragraph into a narrative that invites the reader in.
• Outline the road map: After the introduction, each section should start with a concise takeaway and a brief outline. Hyperlink to subsections so readers can navigate quickly. For example, a section on Experimental Setup might outline Device Fabrication → Calibration → Data Acquisition.
• Introduce math with context: Before throwing symbols at the reader, explain what they represent and why they matter. Instead of writing, “The average work is given by Eq. (12),” say, “Substituting the Hamiltonian from Eq. (10) into the definition of work (Eq. (12)) yields…”
• Bridge sentences: Each sentence should naturally lead to the next. If you introduce a new concept, reference the previous one first. This keeps the narrative flow and prevents abrupt jumps.

2. Word Choice: Be Specific and Active

• Use strong verbs: Replace vague verbs like take or have with precise actions—prepare, evolve, measure, prove, discover. For instance, “We measured the qubit’s coherence” is clearer than “We investigated the qubit’s coherence.”
• Avoid unnecessary adjectives and adverbs: Words such as importantly or remarkably clutter the prose. Demonstrate significance through evidence, then let readers infer its importance.
• Prefer active voice: “The superscript max signifies the maximal Fisher information” is preferable to “We use the superscript max to signify the maximal Fisher information.” Active voice assigns responsibility and improves readability.
• Eliminate redundant phrasing: Phrases like note that, we have that, or it follows that can be removed. State the fact directly: The function equals zero when… rather than It follows that the function equals zero when….

3. Grammar and Style: Precision Over Fluff

• No dangling modifiers: Pair every verb with its subject. Instead of “Equation (1) follows by calculating the sum,” write “We derived Eq. (1) by calculating the sum.”
• Avoid empty subjects: Sentences should have clear actors. Replace “So‑called” with the noun itself, e.g., The so‑called invariant is actually a function of… → The invariant is actually a function of…
• Use concise mathematical language: Replace is equal to with equals, is able to with can, places an upper bound on with upper‑bounds, and a large number of with many.
• Contractions are off‑limits: Professional writing demands formality. Write cannot instead of can’t.
• *Use for correctly: For should mean if or per, not at*. For example, “The function vanishes for odd arguments” → “If the argument is odd, the function vanishes.”

4. Practical Tips for Everyday Writing

1. Draft, then edit: Write a first pass without worrying about perfection. Once the ideas are on paper, refine structure, tighten sentences, and check for consistency.
2. Use an LLM as a second pair of eyes: Train a large‑language model on these principles, then let it highlight potential issues. After the model suggests fixes, stop it from offering further edits so you can internalize the changes.
3. Keep a checklist: Before finalizing, run through the checklist—motivation present, math introduced, active voice, no dangling modifiers, concise phrasing.
4. Read aloud: Hearing your prose can reveal awkward phrasing or missing transitions.
5. Iterate on feedback: Share drafts with peers or mentors. Their fresh perspective often uncovers hidden static in your writing.

Closing Thoughts

Writing is a skill that improves with deliberate practice and mindful revision. By structuring your work, choosing precise words, and adhering to rigorous grammatical standards, you can transform complex ideas into clear, engaging narratives. Remember: the goal is to let your science shine, not to hide behind ornate language. Keep these guidelines handy, and let your writing resonate as beautifully as a well‑played Mozart sonata.

---

TL;DR: Use clear structure, precise active language, and strict grammar rules to turn complex scientific ideas into engaging, reader‑friendly prose.