For much of the modern era, the United States has stood at the forefront of scientific discovery and technological innovation. In the decades following World War II, the U.S. built an unparalleled research ecosystem – one driven by federal investment, academic freedom, and bold curiosity. Institutions such as the National Science Foundation (NSF), the National Science Board (NSB), and the National Institutes of Health (NIH) became pillars of this system, enabling breakthroughs in medicine, engineering, and space exploration.
This model did not just produce knowledge – it shaped the modern world.
However, recent developments raise serious concerns about the future of this legacy. The Scientific American and Nature reports that the NSF’s entire advisory board was dismissed, alongside significant funding cuts to research institutions, signal a shift that could undermine decades of scientific leadership. At a time when global challenges, from pandemics to climate change, require more collaboration and investment in science, these changes feel not just surprising, but deeply unsettling.
At the same time, the global landscape is evolving. Caroline Wagner, Professor of Public Affairs at the Ohio State University has published in the Conversation that China has now surpassed the United States in research spending, marking a significant turning point in scientific influence and signalling a redistribution of global innovation power. This shift raises important questions about who will lead the next era of discovery, and under what values.
Innovation Beyond Borders: A Personal Reflection
As a half-Filipino woman, I find myself reflecting on the stories of scientists who innovated not with abundance, but with resourcefulness.
One such figure is Fe del Mundo, a pioneering paediatrician and the first woman admitted to Harvard Medical School. As a foreigner in the United States, she bridged two worlds – combining indigenous ingenuity with elite medical training. Drawing on bamboo, an abundant and sustainable material in the Philippines, she developed a low-cost infant incubator that redefined what innovation in paediatric care could look like.
It was a simple yet profound idea: use what is available to solve urgent problems.
Her innovation saved countless premature infants and was later adapted across parts of Asia, including Japan, Taiwan, and China. It stands as a powerful reminder that innovation is not only about advanced technology: it is about empathy, creativity, and meeting human needs with what we have.
Development vs. Responsibility: The Case of Pax Silica
Today, I encountered a discussion on Rappler around the “Pax Silica” initiative, which is an emerging geopolitical and economic push centred on semiconductor production and technological supply chains, including developments in the Philippines.
On one hand, I strongly support the creation of employment opportunities and economic growth for Filipino communities. However, these developments come with difficult trade-offs.
Projects tied to resource extraction, particularly in environmentally sensitive areas like Palawan, raise serious concerns. Known for its biodiversity and natural beauty, Palawan is not just a tourist destination; it is home to communities whose livelihoods depend on the land and sea, especially fisherfolk.
Environmental degradation in such regions is not an abstract issue — it directly impacts food security, cultural identity, and long-term sustainability.
A Question for the Future
We are at a critical moment.
The decline in traditional scientific leadership, the rise of new global powers, and the tension between economic growth and environmental preservation all point to one central question:
What kind of future are we building, and for whom?
Scientific progress cannot exist in isolation from social responsibility. The next generation will inherit not only the technologies we develop, but also the consequences of the decisions we make today.
I hope that leaders – across all nations – take a moment to reflect not only on innovation and growth, but on responsibility, sustainability, and humanity.
Because true progress is not only about advancing forward, it is about ensuring no one is left behind.
References
Garisto, D. (2026, April 26). Entire NSF science advisory board fired by Trump administration. Scientific American. https://www.scientificamerican.com/article/entire-nsf-science-advisory-board-fired-by-trump-administration/
National Geographic. (2021, October 22). Go island hopping in Palawan, Philippines. https://www.nationalgeographic.com/travel/article/paid-content-go-island-hopping-in-palawan-philippines
Rappler. (n.d.). Things to know about Pax Silica Philippines: Goals and concerns. https://www.rappler.com/technology/features/things-to-know-pax-silica-philippines-goals-concerns/
Time. (2019). America’s innovation. https://time.com/collections/life-reinvented/5480480/america-innovation/
U.S. Mission to ASEAN. (n.d.). Pax Silica initiative. https://asean.usmission.gov/pax-silica-initiative/
Wagner, C. (2026, April 24). China surpasses US in research spending: The consequences extend far beyond scientific ranking and clout. The Conversation. https://theconversation.com/china-surpasses-us-in-research-spending-the-consequences-extend-far-beyond-scientific-ranking-and-clout-280543
Wikipedia contributors. (n.d.). Fe del Mundo. Wikipedia. https://en.wikipedia.org/wiki/Fe_del_Mundo
Artist & Academic 