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Technology Review's annual list highlights 35 brilliant young minds tackling global challenges. We explore their work and a critical call to action for sustained investment in basic scientific research.">
Technology Review, science funding, basic research, climate change, technology, innovation, young scientists, Julia Greer, technology news">
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Celebrating Tomorrow’s Leaders: The Innovators Under 35
The world faces a complex web of challenges - from climate change and disease to the need for lasting technological advancement. Fortunately,a new generation of brilliant minds is stepping up to the plate,armed with innovative ideas and a relentless drive to make a difference. Each year, MIT Technology Review recognizes 35 of these exceptional individuals under the age of 35, and their work offers a powerful glimpse into the future.
this year’s cohort represents a diverse range of disciplines, including scientists, inventors, and entrepreneurs. They are not just theorizing solutions; they are actively building them – launching companies, conducting groundbreaking research in academic labs, and pushing the boundaries of what’s possible.these innovators are dedicated to mitigating climate change, accelerating scientific discovery, and alleviating human suffering. The selection process is rigorous, with nominees vetted by expert judges and the newsroom staff of MIT Technology Review.
You can explore the full list and learn more about each innovator, including the 2025 Innovator of the Year, by visiting the MIT Technology Review profiles.
The Foundation of Innovation: Why Basic Science Needs Bold Investment
-Julia R.Greer, Materials Scientist at the California Institute of Technology, Judge for MIT Technology Review’s Innovators Under 35, and 2008 honoree
Consider the technology we take for granted every day. A modern computer chip, barely the size of a fingernail, houses tens of billions of silicon transistors, each measured in nanometers – smaller than many viruses. These microscopic switches are the very foundation of our digital world.
But where did this amazing technology come from? The fundamental breakthroughs that enabled the advancement of transistor technology were largely the result of long-term, federally funded research conducted at universities. This basic science – research driven by curiosity and a desire to understand the universe – is the engine of innovation.
Unfortunately, this crucial funding is now under threat. Proposed budget cuts from the White House are jeopardizing the future of basic scientific research.The consequences are already being felt. Universities are being forced to freeze graduate student admissions, cancel vital internship programs, and scale back summer research opportunities. This creates a significant barrier for young people seeking to pursue careers in science and engineering,potentially stifling the next generation of innovators.
Investing in basic science isn’t just about funding research; it’s about investing in our future. It’s about ensuring that we continue to have the breakthroughs necessary to address the challenges facing our world. It’s about empowering the brilliant young minds, like those recognized in the Innovators Under 35 list, to reach their full potential.
I truly believe these stories are a testament to human ingenuity and the power of dedicated research. What are your thoughts on the importance of funding basic science? I’d love to hear your viewpoint! Feel free to leave a comment below, or if you found this article insightful, please consider subscribing to world Today News for more
