Darío Gil

Proud to announce Japan as the first international partner of the Genesis Mission! 🇺🇸🇯🇵 Together, we are investing $1B to accelerate scientific discovery through next-generation AI and advanced computing. A milestone moment for two long-standing partners.

Building a home or commercial building is often slower and more costly than it needs to be. We're tackling this challenge through the Genesis Mission, using AI to reduce construction time and increase affordability for families and businesses. Learn more: energy.gov/undersecretary…

Our new monthly newsletter launches today! It includes updates on the Genesis Mission, partner spotlights, and other exciting work across the Office of the Under Secretary for Science. Subscribe now to be the first to read it: public.govdelivery.com/accounts/USDOE…

LLNL is bringing AI, HPC and advanced simulation to @NNSAnews' Aires Tide collaboration, an example of @energy's Genesis Mission in practice. The work is helping accelerate engineering workflows for future national security needs. Learn more: livermorelab.info/3SvEkQg

Learn more here: energy.gov/science/articl…

This week, we launched Quantum Genesis, a bold new effort for the U.S. to create the world’s first fault-tolerant quantum computers for science by 2028. This is a major step in the Genesis Mission and towards our goals of accelerating discovery through AI and advanced computing.

Today, NNSA unveils Aires Tide – a groundbreaking innovation that combines the scientific power of the Genesis Mission and 3D printing to create a next generation flight test vehicle. As the first physical demonstration of the Genesis Mission platform, Aires Tide illustrates NNSA’s ability to apply advanced tools to rapidly design and deliver national security solutions, leading to a product developed 15x cheaper and 7x faster than traditional manufacturing. More here: energy.gov/nnsa/articles/…

Congrats to the Muon g-2 collaboration—@CERN, @BrookhavenLab, and @Fermilab—on winning the 2026 Breakthrough Prize in Fundamental Physics! Argonne's team helped map the storage ring's magnetic field and drive data analysis behind this landmark result - bit.ly/4exu3Ky

The new Quantum Genesis initiative from @ENERGY aims to develop the world's first scientifically relevant, fault-tolerant quantum computing capability by 2028. Achieving this goal would be a monumental leap forward for science and the nation: energy.gov/science/articl…

In direct-drive inertial fusion, lasers compress and heat a capsule until plasma forms and fusion reactions occur. Researchers at @PPPLab used simulations to study the process of how this plasma forms and develops disruptive magnetic fields: pppl.gov/news/2026/unde…

Today, @POTUS signed an Executive Order to accelerate U.S. innovation in quantum technologies and strengthen our national security. The Trump Administration will execute an ambitious agenda: ➡️@ENERGY will develop the first quantum computer powerful enough for scientific discovery by 2028 ➡️@DeptofWar @CommerceGov @NASA and @ENERGY will deploy quantum sensors and networks in the next 5 years ➡️@DOL and @NSF will expand quantum apprenticeships and workforce training ➡️@CommerceGov will strengthen domestic supply chains ➡️@FBI will bolster quantum research and IP security Altogether, this national effort will initiate a new era of quantum commercialization capabilities here in America.

Quantum Mode: Activated.

What inspires me most is how many partners want to be part of the Genesis Mission. Federal agencies, industry, universities, and philanthropies are all stepping forward because they see the same opportunity. We are building the future together. energy.gov/undersecretary…

Too many promising innovations get stuck in the gap between discovery and deployment. Through the Genesis Mission, we’re using AI to close that gap, accelerate U.S. manufacturing, strengthen supply chains, and boost economic growth. Learn more: energy.gov/undersecretary…

During a fireside chat with Director Jens Dilling, we discussed how the Genesis Mission will help researchers have greater impact through quantum enabled workflows, autonomous experiments, and strong public- private partnerships. Thanks to the JLab team for an inspiring visit!

I recently had the chance to visit the incredible scientists, staff, and facilities at @JLab_News. A highlight was the groundbreaking of the Jefferson Lab Data Center, which will house DOE's High Performance Data Facility and deliver AI-ready data for next-generation discovery.

AI, quantum, and high-performance computing are helping researchers tackle challenges that matter—from fusion energy and personalized medicine to new materials that strengthen our economy and national security. Check out the interview: youtube.com/watch?v=qH2Hab…

Great to be at the @axios AM Live event last week to discuss the Genesis Mission and the future of scientific discovery in America. The Genesis Mission is purpose driven. We’re committed to making sure emerging technologies drive real world impact across science and innovation.

SLAC data 🤝 Genesis 2 of the biggest scientific data sets on the planet are coming to SLAC. Produced by our powerful X-ray laser and @VRubinObs at speeds & volumes that humans cannot process, fueling the @ENERGY #GenesisMission, & furthering discovery: stanford.io/44bVYuO

Watch the full interview here: washingtonpost.com/video/washingt…

Enjoyed joining @washingtonpost’s @PostLive at the Building America Summit. We talked about why public-private partnerships matter for the Genesis Mission, the historic work of our National Labs, our partnership with Japan, and the importance of supporting scientific education.