The 2025 science funding crisis displaced over 25,000 federal scientists, collapsed public trust to historic lows, and left critical niches—like those in AI, gene therapy, medicine, climate adaptation, energy technology, and material science—with almost no credible experts writing for a general audience. We break down the vacuum: which science and technicians are wide open, what publishers are looking for, and why the scientists who step into this gap now will define the next decade of public expertise.

Here’s what really happened to the science communication landscape in the past 12 months:

• • • • 25,000+ federal science employees left their positions across NASA, NIH, NSF, NOAA, the EPA, and the CDC, many of whom were active communicators, educators, or public-facing researchers.
      • 7,800+ grants from NIH and NSF were disrupted. About 2,600 were not reinstated, and approximately $1.4 billion was lost. Each of these grants represented institutional support that allowed researchers to write, present, and engage the public.
      • The current administration proposed cutting NSF early-career researcher support by 78%. While Congress rejected the initial proposal, the NSF did receive a pay cut, and NSF staffing was cut by a third.
      • A 43-day government shutdown—the longest in history—altered grant operations entirely and left federal scientists without pay.

The extreme yo-yoing of administration policies meant major fluctuations in 2026 budgets. Many of the scientists aren’t coming back. Public sector communicators and researchers are looking for careers in the private industry or abroad.

The result is a communication landscape thinner than it’s been in two decades.

All of this is happening while the public trust in science is already on a free fall.

In a 2025 study published in Social and Personality Psychology Compass, reports say that only 8% of US adults reported “great trust” in science by mid 2025, a decline from 24% in 2023. Most of the significant changes are due to conflicting information, research funding questioning, skepticism of COVID-era policies, and the fact that most scientists have never been trained or incentivized to speak publicly.

As a result, there’s a significant gap in how the average person understands science and how large corporations distribute information.

The American Academy of Arts and Sciences held five roundtables in early 2025 to address the science-public gap. The biggest problem, they realized, came from a lack of storytelling. In essence, complex technical terminology has been translated extremely differently depending on its framing. Far too little information was shared, absent political affiliation. Therefore, science became politicized.

The solution is making science more approachable. Most people aren’t completely opposed to science. But most of the information the public hears comes from massive corporations’ spokespeople instead of from scientists directly. The intermediaries—journalists, commentators, politicians—inevitably filter, simplify, or spin what science actually says.

The channels that matter most right now are the ones with the fewest credible, first-hand expert voices.

I work with scientists and technical professionals every day, and I keep seeing a similar pattern: The topics generating the most public interest are the ones with the least accessible expert writing. Information needs to be shared with a general audience in a way that anyone can engage with.

Here’s where the gaps are widest right now:

Generative AI is reshaping drug discovery, diagnostics, and clinical decision-making. CAS identified AI-driven cancer care as one of the most impactful scientific trends of 2026, including machine learning models that can predict responses to immunotherapy.

Right now, the public conversation about AI and medicine is almost entirely dominated by tech commentators and business journalists. The researchers who understand the limitations, the risks, and the real promise are largely absent from public-facing media. There are almost no books in this space.

Nature has listed xenotransplantation as one of seven technologies to watch in 2026. CRISPR-Cas9 Gene editing is making pig-to-human organ transplants viable. Precision genome editing for rare diseases is advancing faster than public understanding can keep up.

The researchers working on these breakthroughs are producing technical publications at a remarkable pace, but almost none of them are accessible to a general audience. The gap between what’s happening in the lab and what the public understands is enormous, and it’s only getting wider.

The conversation of climate change has been controversial since its inception. And new strategies to combat the effects have drummed up their own controversies. Research on global coastal protection shows that hard-engineered infrastructure like sea walls and groynes, built to protect communities, frequently have their own unintended erosion ecosystem damage at neighboring sites. Right now, there are suggestions for necessary adaptations, but the question lies in the consequences of implementation.

Funding at the national level has been cut, creating an increase in confusion. The experts who can write about the trade-offs honestly, not necessarily advocating for one position but explaining the real costs and consequences of every option, are essentially absent from the public conversation.

Energy technology is one of the most contested spaces in science and tech currently, and it’s become extremely inaccessible for a general audience. Here are some of the biggest controversies that aren’t getting attention:

Large-scale solar development is consuming arable farmland that could result in a loss of that land’s production for decades. Yale scholars have weighed in on the global pattern and have already begun to warn about the problems with “trading food for energy,” as some of the solar installations are found on flat, unshaded land that is best for crops.

Lithium and cobalt mining required for battery storage and electric vehicles has its own environmental costs: Groundwater contamination in South America, deforestation in the DRC, and documented groundwater collapse in Chile’s Atacama have already displaced many communities and resulted in devastating local ecosystems.

Wind energy is creating its own controversies, many of which few in the industry are willing to talk about. Composite turbine blades are designed to be indestructible and are nearly impossible to recycle. An estimated 43 million metric tons of blade waste will accumulate by 2050.

Nuclear energy is attracting enormous investments worldwide, and most of it is fueled by AI data center energy demands. Costs for creating nuclear plants have ballooned significantly, and nuclear waste management remains unsolved. Currently, the US has over 90,000 metric tons of spent fuel with no permanent repository.

These controversies are extremely underrepresented. And those that represent both sides of the issue have a greater chance of opening doors to a massive audience that is already hungry for. Beyond publishing, authors willing to enter this space could make real policy changes.

Scientists have already launched a global effort to map the lifelong mix of environmental and chemical exposures that drive most diseases. Research teams are making microplastics glow to track what they do inside living organisms. Others are documenting toxic metals moving from contaminated soil into food crops.

Microplastics have already gone viral on social media. Yet there’s a near-total absence of scientist-authored books and long-form content that makes sense of it. The space is wide open.

Scientific American has flagged that comprehensive data privacy legislation is a defining issue for 2026. Technology companies are now stockpiling global data from wearables and smart home devices.

The technical experts who understand how data collection, algorithmic decision making, and AI governance actually work are essential to this conversation, and most of them are only talking to each other.

Each of these niches has public and industry interest, real-world policy urgency, and almost no scientists are writing about them for a general audience. The field is wide open for anyone with consistent, accessible content, and with the right marketing, it will be easy to create a path to a book deal, media presence, and a recognized public platform.

Some scientists have already noticed the gap. Here are a few patterns among scientists and technical professionals who are moving into this space:

The researcher turned consultant. A former NIH policy researcher launched a solo consulting firm in mid 2025, focusing primarily on private sector and nonprofit clients on global health, biomedical research, and AI ethics. She built a client pipeline through personal branding workshops for scientists and bilingual public talks on science policy, all built from her own platform.

The scientists advocating publicly. The Conversation published first-person reflections from researchers describing how they have split from their full-time research, teaching, and “advocating for academic freedom and the economic importance of science funding.” The scientists have realized that public engagement is an extension of their work. And they’re building audiences in the process.

The scientists’ personal branding framework. Because communication for general audiences is so rare, personal branding can advocate science as a public good, create mentorship pathways, and facilitate career transitions. Developing a personal brand is recommended by top-tier biology journals, and an academic establishment is already catching up to what the public already needs.

The problem is that the vast majority of scientists with deep niche expertise have no public content strategy whatsoever. And most have no plan to start one. So, the field remains wide open.

A book is the strongest single asset for long-term authority, and it’s what gets you cited by journalists, booked for keynotes, and called as an expert witness. But, if you want to expand your content outreach to 6-12 months in the form of a newsletter or LinkedIn presence, you give yourself the raw material for the book and proof of audience demand when pitching publishers. The ideal path is publishing in your niche now, building a modest engaged audience, then using that as the foundation for a book group proposal.

Expect anywhere from 18-24 months from signed contract to bookshelf for traditional publishing. The writing usually takes about 6-9 months with a ghost writer, or 12-18 months solo while working full-time. The biggest problem most authors face is clarity. Authors with a defined niche-specific audience move fast. Authors still figuring out what the book is about can spend a year in the concept phase alone.

No. Most scientists and technical professionals who publish books do so while working full-time. The key is to build your public through personal branding, and you can still get a lot done in your full-time job. Public engagement—through newsletters, articles, and occasional speaking—takes hours per week, not a complete career change. However, if you want more visibility, you could shift your career to consulting, advisory, and speaking opportunities.

Traditional publishing has more credibility in professional and academic circles. A recognized publisher signals outside vetting and financial investment in your work. Self-publishing offers speed and control but requires you to handle marketing, distribution, and credibility building yourself. For technical professionals building long-term authority, traditional is usually the stronger play.

Science ghostwriters handle structure, prose, narrative, and pacing. You bring the expertise, the argument, and the long-lived experience no writer can fabricate. The process typically involves extended interviews, collaborative outlining, and iterative drafts to provide a translation layer between deep technical knowledge and general audience readability. A ghostwriter can’t replace a missing point of view. If you don’t know what your book is arguing, who it’s for, and why your perspective matters, a science ghostwriter can help you narrow that down.

The nonfiction publishing landscape has shifted. Science-related non-fiction continues to perform well, with market analysis showing sustained public appetite for science and history titles and strong growth anticipated for 2026. Nonfiction topics like AI, sustainability, and health sciences are consistently cited as high-demand categories.

But what most scientists don’t realize is that publishers are looking for an author who can answer the following three questions:

• • • • Who is the specific audience for this book? “The general public” isn’t an answer. “Municipal planners trying to adapt coastal infrastructure to sea level rise” is.” Patients and families navigating gene therapy decisions for rare diseases” is. The more specific the audience, the more publishable the book.
    • • Why are you the only person who can write this book? Publishers call this the “platform” question. It’s all about building defensible authority. The researcher who spent a decade on a specific application of CRISPR has something no journalist, no tech commentator, and no generalist science writer can replicate. Experience in the exact problem the book addresses is what makes you irreplaceable.
    • • Can you prove there’s an audience waiting for it? This is where content matters. A scientist with even a modest LinkedIn presence, newsletter, or a few articles that consistently address their niche topic has evidence of audience demand. A scientist with no public content has a pitch, but pitches without proof get rejected.

The nonfiction market is wide open for science and tech. It’s overcrowded with generic titles, but the authors who can be specific, authoritative, and speak to niche topics are desperately underrepresented. Publishers know this, agents know this, and the bottleneck is supply.

I’ve ghostwritten over 40 books, co-authored two, and watched many of them go on to win awards. I’ve also built direct partnerships with major publishers and entertainment professionals, which means when your book is ready, I can put it in front of the right people, including the people who turn stories into Netflix movies and TV shows. Every one of those projects started the same way: with a specific audience and a specific problem. Start there. Everything else follows.

This article was written by Mikaela Ashcroft, founder of Kepler Script. Kepler Script is a ghostwriting firm for technical professionals, with direct partnerships to major publishers and entertainment professionals. To date, Kepler Script has ghostwritten over 40 books, many of them award-winners.