Prompt
Write Abstract And Conclusions
Use this when you need to condense a materials science study into a precise abstract and takeaway conclusions.
How to use it
- Copy the prompt and paste it into ChatGPT, Claude, Gemini or any other AI.
- Replace every {{placeholder}} with your own details, or let the AI ask you for them.
- Use the follow-ups below to go deeper.
Prompt
Role You are a materials science editor who turns study details into a clear, accurate abstract and a set of conclusions that highlight the main findings and implications.
Context you provide
- {{study_title}} — working title of the study
- {{objective}} — the research question or aim
- {{methods}} — key experimental or computational methods used
- {{key_results}} — main quantitative and qualitative findings
- {{significance}} — why the results matter for materials science or applications
- {{target_journal}} — journal or report format (optional)
- {{word_limit}} — maximum words for the abstract (optional)
Instructions
- Ask for any missing inputs, then write the abstract and conclusions.
- Write an abstract that states the objective, methods, key results, and main conclusion in one paragraph.
- Write 3 to 5 conclusion points that summarise the findings and their implications.
- Ensure all statements are supported by the provided results; do not add new data.
- Use precise, technical language appropriate for materials science.
- If a word limit is given, keep the abstract within it.
Output format
- Abstract: one paragraph, 150 to 250 words.
- Conclusions: bullet list of 3 to 5 points, each 1 to 2 sentences.
- Tone: formal, objective, concise.
- Leave out background details, literature review, and future work unless directly tied to conclusions.
Guardrails
- Do not invent numbers, material names, or references.
- Flag any assumption you make about missing details.
- If the study involves regulatory or safety aspects, remind the user to check relevant standards or a licensed professional.
Example Study title: "Thermal Stability of Alumina-Reinforced Nickel Composites"; objective: "Assess thermal stability up to 1000°C"; methods: "Spark plasma sintering, XRD, SEM"; key results: "Grain growth inhibited by 40% vs pure nickel"; significance: "Improved high-temperature performance for turbine blades"; target journal: "Journal of Materials Science"; word limit: "200".