Uploaded August 2026 | Updated September 2026, 2 weeks ago
Science writer Ethan Siegel breaks down how mRNA vaccines actually came to exist — and why the Trump administration's "Science: A New Golden Age" report gets the story wrong.
mRNA vaccines drew on all three modes of research working together: pure curiosity-driven science (Bohr's Quadrant), use-inspired research (Pasteur's Quadrant), and applied engineering (Edison's Quadrant), starting from basic knowledge of cells, viruses, and how DNA and RNA work before scientists ever aimed at a vaccine. As Ethan Siegel explains, that foundational, curiosity-driven research is exactly the kind of "unprofitable" science that doesn't pay off for years or decades — but without it, the rapid vaccine breakthrough never happens.
He argues the new OSTP framework leans on the same old case for basic research funding as bedrock for applied science and technology, yet risks mortgaging that foundation — using examples like a lunar program prioritized ahead of sustained basic-science investment.
🎥 Full breakdown in the video — worth a watch if you care about how real scientific breakthroughs happen.
#ScienceCommunication #mRNA #EthanSiegel #ScienceFunding #ScientificResearch
Science writer Ethan Siegel breaks down how mRNA vaccines actually came to exist — and why the Trump administration's "Science: A New Golden Age" report gets the story wrong.
mRNA vaccines drew on all three modes of research working together: pure curiosity-driven science (Bohr's Quadrant), use-inspired research (Pasteur's Quadrant), and applied engineering (Edison's Quadrant), starting from basic knowledge of cells, viruses, and how DNA and RNA work before scientists ever aimed at a vaccine. As Ethan Siegel explains, that foundational, curiosity-driven research is exactly the kind of "unprofitable" science that doesn't pay off for years or decades — but without it, the rapid vaccine breakthrough never happens.
He argues the new OSTP framework leans on the same old case for basic research funding as bedrock for applied science and technology, yet risks mortgaging that foundation — using examples like a lunar program prioritized ahead of sustained basic-science investment.
🎥 Full breakdown in the video — worth a watch if you care about how real scientific breakthroughs happen.
#ScienceCommunication #mRNA #EthanSiegel #ScienceFunding #ScientificResearch
