Translating complex research into compelling narratives for broader audiences
While specific details on the "NASA STTR 2016 Phase I Solicitation" were not available in current search results, this article provides a comprehensive framework for writing engaging popular science articles based on NASA STTR program methodologies and best practices 4 .
Your title should be brief, captivating, and free of technical jargon to attract a broad audience 4 . The introduction must hook the reader immediately by outlining the topic's significance, often by highlighting a problem or a surprising discovery 4 .
Structure your main body with clear subheadings to guide the reader. Instead of the traditional academic structure (Introduction, Methods, Results, Discussion), popular science often uses an "Inverted Pyramid" or an IFRM Structure (Implications, Findings, Results, Methodology) 2 . This means starting with the most impactful information—why the research matters—before detailing how it was done.
When describing an experiment, focus on the "what" and "why" rather than the highly technical "how." Provide a clear, step-by-step description of the procedure in plain language .
Clearly state the core results and, most importantly, explain their meaning and why they are significant for the field or society 2 .
[Results visualization chart would appear here]
Provide a strong closure that summarizes the potential benefits of the research and its broader implications, leaving the reader with a clear takeaway 4 .
While the specific reagents depend on the field of study, here is an example of how you can present this information in your article.
| Item | Function | Common Applications | Research Phase |
|---|---|---|---|
| Polymerase Chain Reaction (PCR) Kits | Amplifies specific segments of DNA, making millions of copies for analysis. | Genetic research, disease diagnosis, forensic analysis | Discovery |
| Enzyme-linked Immunosorbent Assay (ELISA) Kits | Detects and measures antibodies or proteins in a sample, commonly used for disease testing. | Immunology, clinical diagnostics, pharmaceutical development | Validation |
| Cell Culture Media | Provides essential nutrients to support the growth and maintenance of cells in a laboratory setting. | Tissue engineering, drug testing, cancer research | Foundation |
| Next-Generation Sequencing Reagents | Enables high-throughput DNA and RNA sequencing for genomic studies. | Genomics, personalized medicine, evolutionary biology | Analysis |
[Research phase distribution chart would appear here]
Use an active voice, personal pronouns like "you" and "we," and short sentences to make the text more lively and easier to read 2 . Avoid technical terms where possible, and always explain them in simple language when they are necessary .
Aim for around 700 to 1000 words to maintain reader engagement without oversimplifying the content 4 . This length allows for adequate coverage while respecting readers' time and attention spans.
Higher completion rate with visuals
More social shares with engaging titles
Better comprehension with analogies
Prefer articles under 1000 words
To acquire specific information about the 2016 solicitation, consider these approaches:
Visit the official NASA SBIR/STTR archives website. Government agencies typically maintain archives of past solicitations that may contain the specific details you're seeking.
Use the NASA STTR Help Desk (agency-sbir@mail.nasa.gov) for direct assistance 1 . They may be able to guide you to the correct historical documents or provide information about accessing archived solicitations.