Darío Gil

Excited to share that we’re launching a new newsletter! The first edition is coming soon, with updates on the Genesis Mission, breakthroughs at our National Labs, opportunities to collaborate with @ENERGY, and more. Be sure to sign up here: public.govdelivery.com/accounts/USDOE…

Fermilab is proud to be part of the #GenesisMission — a historic @ENERGY initiative to double the productivity of U.S. science within a decade. ✨ From self-driving accelerators to AI-powered ghost-particle hunts, we’re driving the future of discovery ➡️ artificialintelligence.fnal.gov

Through OPAL, part of @ENERGY's Genesis mission, we're working with @BerkeleyLab, @ORNL, and @argonne to build a new ecosystem for biological research using AI and autonomous lab equipment. The aim: improve bioproduct production and critical mineral extraction for the nation.

At QED-C's Quantum Summit, I joined fellow government leaders to discuss how quantum will strengthen science, national security, and supply chains—and what it takes to achieve U.S. leadership. Coordination across agencies, industry, and global partners is essential to success.

Physicist Stefania Stucci is one of six Brookhaven Lab scientists to receive a @doescience Early Career Research Award. 👏 The award will support Aryal's work to develop high-performance sensors for particle detectors. bit.ly/4cc1cua

What is an isotope? The same element with a different number of neutrons and very different impact. From cancer treatment to national security, this is why isotopes matter. 🎥 Watch the full video: youtu.be/Z9yFPliSJuI

Learn how we are approaching this national challenge: energy.gov/undersecretary…

What if we could automate experiments to speed the discovery of new medicines and advanced materials? The Genesis Mission is making this a reality by building AI-driven labs to help scientists accelerate breakthroughs.

It's Mathematics & Statistics Month! As AI and advanced tech move faster, it's easy to overlook the math and stats that make it all work—from modeling systems to training AI. That's why at @ENERGY, we support STEM education to prepare the next generation for what’s ahead.

Every electronic device relies on microchips, and microchips rely on semiconductors. A team @BerkeleyLab found that atoms in semiconductors arrange themselves in specific patterns in areas of the material. This work could improve future semiconductors: newscenter.lbl.gov/2025/09/25/ato…

Learn more: energy.gov/undersecretary…

April is Supply Chain Integrity Month—a reminder that securing America's critical minerals supply chain is essential for economic competitiveness, national security, and energy independence. With the Genesis Mission, we're using AI to tackle this national challenge.

The Genesis Mission brings together AI, supercomputing, and quantum computing into one platform to accelerate discovery. We're moving at unprecedented speed—standing up two AI supercomputers in 9 months.

Last week at @Semafor World Economy, I spoke about the Genesis Mission and how we’re in the middle of a computing revolution. We have the opportunity to transform how we do science and engineering and double the productivity of U.S. R&D.

The @doescience Early Career Research Program bolsters the nation’s scientific workforce by supporting exceptional researchers at the outset of their careers, when many scientists do their most formative work. bnl.gov/newsroom/news.…

Happy World Laboratory Day! Today we recognize the scientists, engineers, and teams working to solve our country’s toughest challenges. @ENERGY’s 17 National Labs are where science moves from ideas to results, driving breakthroughs in fusion energy, quantum systems, and more.

Introducing the future of AI-powered scientific discovery! OPAL project combines agentic #AI, robotics, automation, and shared data infrastructure to accelerate research to move science to real-world applications faster. Learn more: opal-doe.org @argonne @ORNL @PNNLab

How will @VRubinObs #CaptureTheCosmos? Collecting about 10 TeraBytes of raw data every night, over 10 years. That’s more than all previous astronomical surveys combined. Learn more with the full video data story: bit.ly/4sZxAr1

Great discussion at @Google's AI for the Economy Forum on turning scientific discovery into economic impact. Public-private collaboration—and advances in AI + quantum—are key to scaling that progress. At @ENERGY, we're focused on ensuring these innovations benefit all Americans.

I also enjoyed my conversation with @ARPAE Director Conner Prochaska on the Genesis Mission and how we are aligning @ENERGY and the broader science and technology ecosystem to scale these capabilities. Thank you ARPA-E for having me!

Great to join the @ARPAE Summit last week! In my keynote, I focused on how quantum computing – through efforts like ARPA-E’s QC3 program – is becoming part of a broader system of AI and advanced computing, forming a powerful triad driving major progress in science and energy.