Find uplifting stories about heroes, innovations, and solutions
6558 results for "catalyst discovery"
A groundbreaking study of over 750 Nobel Prize and major discoveries reveals that new tools and methods, not just funding or theory, drive most scientific breakthroughs. The findings could help us predict and accelerate future discoveries across all fields of science.
Scientists can now use artificial intelligence to predict which catalyst materials will work best before ever stepping into a lab. This breakthrough could slash years off the timeline for developing clean energy and pollution control technologies.
Researchers combined artificial intelligence with lab experiments to discover a new fuel cell catalyst that outperforms current technology and exceeds 2025 clean energy targets. The breakthrough could make hydrogen fuel cells cheaper and more efficient for vehicles and power systems.
New artificial intelligence tools are transforming chemistry labs, completing complex catalyst calculations in minutes instead of days. The technology promises to slash the decades-long timeline for bringing new catalysts from discovery to industrial use.
Chinese researchers discovered oxygen can travel through the inside of catalysts, not just on surfaces, overturning 50 years of scientific assumptions. This breakthrough could revolutionize how we design cleaner fuels and fight pollution.
Chinese researchers captured oxygen atoms traveling through the interior of a catalyst, not just on its surface. This breakthrough could revolutionize how we design cleaner, more efficient chemical reactions.
A material scientist found a pattern that textbooks said couldn't exist, and his curiosity changed how we understand the atomic world. The discovery that started with "10 fold???" scribbled in a notebook led to an entirely new field of materials science.
Scientists created an AI team that automated months of research in days, discovering 13 promising new catalysts to make fertilizer production cleaner. The breakthrough could help slash the fertilizer industry's massive carbon footprint while feeding the world.
Scientists in South Korea just made hydrogen energy far cheaper by reshaping catalysts from granules into sheets thinner than a human hair. The breakthrough slashes precious metal use by up to 65% while boosting performance.
Scientists have created microscopic catalysts using just 15 atoms of rare metal that make clean hydrogen production significantly cheaper and more efficient. This breakthrough could accelerate the shift to renewable energy worldwide.
Yale scientists created an AI platform that acts like having 2,498 chemistry experts in your lab, making drug discovery faster and easier. The open-source system has already helped create 35 new compounds and could revolutionize everything from medicines to cosmetics.
When paleontologist John Ostrom saw photos of a fluffy dinosaur fossil in 1996, he began to cry and nearly collapsed. The discovery finally proved his decades-old theory that modern birds evolved from dinosaurs.
A new collaboration between Microsoft and biotech company Causaly is bringing AI-powered scientific reasoning to drug discovery, potentially cutting research time from years to months. The partnership announced June 4 could help scientists find new treatments faster by connecting millions of research papers with cutting-edge analytics.
A breakthrough AI platform just doubled the success rate of antibody design, potentially cutting drug discovery timelines from months to weeks. Pfizer is now using this technology to tackle diseases that have stumped researchers for years.
%2Fhttps%3A%2F%2Ftf-cmsv2-smithsonianmag-media.s3.amazonaws.com%2Ffiler_public%2Fba%2F38%2Fba38a48f-9edc-4c2b-8ba8-ae67d197e6d7%2Fbricks_1.jpeg)
Archaeologists just uncovered a 250-year-old brick kiln at Thomas Jefferson's Monticello, revealing new evidence of the enslaved and free workers who built America's most famous home. The discovery proves there are still untold stories buried beneath our feet.
A groundbreaking analysis of over 750 Nobel Prize-winning discoveries reveals that new tools and methods—not theories alone—drive scientific breakthroughs. From microscopes to AI, the research shows how instruments unlock what was previously invisible.
Microsoft just connected AI brainstorming directly to automated labs that can run real experiments, slashing years off drug discovery timelines. Scientists can now test hypotheses without building their own lab equipment.
A global network of observatories just detected 128 new cosmic collisions in nine months, revealing the universe echoes with far more black hole mergers than scientists ever imagined. The discoveries include the heaviest collision ever recorded and strange new types of cosmic smash-ups.
%2Fhttps%3A%2F%2Ftf-cmsv2-smithsonianmag-media.s3.amazonaws.com%2Ffiler_public%2F22%2Fd8%2F22d844dd-b4e8-4dd7-be37-7215d6e4aa05%2Fkepler-by_ethan_kruse.jpg)
A grad student with a homemade telescope in a Colorado parking lot made a discovery that convinced NASA to launch a mission finding thousands of planets. That 1999 breakthrough changed our understanding of the universe forever.
A family outing near a shopping center in Mansfield, Texas turned into a paleontological treasure hunt when a curious kindergartener spotted fossils that scientists later identified as a 100-million-year-old nodosaur. What started as a child's innocent curiosity became a scientifically significant discovery of one of North America's rarest armored dinosaurs.
Showing 20 of 6558