At the Genesis Mission Summit this summer, we shared major announcements—from our first RFA awards to new National Challenges.
We also shared an inside look at the people, partnerships, and technology powering the Genesis Mission.
Watch the video: piped.video/TobhuGA4W20?si=BTBi…
The September edition of The Science Signal is almost here! I’ll share progress on Genesis Mission-aligned projects across our National Labs, the latest Quantum Genesis news, recent event highlights, and more.
Subscribe now: public.govdelivery.com/accou…
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To the scientific and academic communities: we want your ideas.
Join us today to help inform the anticipated Genesis Mission Graduate Fellowship Pilot, from 4-year PhD pathways and AI + science training to research experiences.
Register here: web.cvent.com/event/8313b07c…
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Need guts? Now you can 3D print more.
Using additive manufacturing, @Livermore_Lab researchers have replicated the complex architecture of the small intestine on a microfluidic chip about the size of a microscope slide and grown human cells on it. livermorelab.info/47h9wXr
From concept to first light. 💡
Ground was broken in 1990 on Argonne’s Advanced Photon Source (APS).
Five years later, the APS produced its first X-rays, beginning a new era of discovery - anl.gov/our-history/timeline#Argonne80
Computers, whether quantum or classical, depend on algorithms. Quantum computing, however, needs a larger toolkit of standardized operations.
@BrookhavenLab scientists and partners developed a quantum version of an important classical operation: bnl.gov/newsroom/news.php?a=…
What if we could spot critical mineral supply chain risks in days instead of months?
@INL’s FORESIGHT uses AI to identify emerging risks and anticipate disruptions.
Learn how the Genesis Mission is helping secure America’s critical minerals supply chain: energy.gov/undersecretaryfor…
Researchers at Brookhaven Lab and @stonybrooku have successfully transmitted quantum information through open air, 13 miles between the two institutions.
This is a major step toward building quantum networks that extend beyond fiber-optic cables. bnl.gov/newsroom/news.php?a=…
Silicon is the foundation of modern electronics, but scientists are looking to what comes next.
Researchers at @PPPLab found a way to improve how a promising material for next-generation transistors is manufactured: pppl.gov/news/2026/more-reli…
Success isn’t simply measured by building the largest quantum computer—it’s measured by solving problems that are otherwise intractable.
In my new blog, I share more on this science-first approach and what’s next.
Read here: energy.gov/science/articles/…
Quantum computing is advancing from fundamental research into a revolutionary tool for scientific discovery. What comes next?
@ENERGY’s Office of Science Advisory Committee report lays out a phased roadmap toward an integrated quantum future.
Read it: science.osti.gov/-/media/Abo…
To develop the first fault-tolerant quantum computers for science, we need rigorous tools to test and validate their performance.
@ENERGY is opening a $45M Lab Call to tap our National Labs’ expertise to build these capabilities.
Learn more: science.osti.gov/Funding-Opp…
The goal: deploy quantum computers with at least 100 logical qubits and scale up to 200, unlocking new possibilities for scientific computing.
Applications are now open. I look forward to seeing what America’s quantum innovators achieve!
energy.gov/science/articles/…
We’re entering a new frontier in quantum computing.
Today, @ENERGY announced the $215M Quantum Genesis Q Competition to accelerate the development and deployment of the world's first fault-tolerant scientifically relevant quantum computers.
For many chronic diseases, we still struggle to answer: what causes them?
Through the Genesis Mission, @ENERGY, @HHSGov, @EPA & @NSF are using AI, data & advanced computing to find root causes—and shift from managing disease to preventing it.
Learn more: energy.gov/undersecretaryfor…
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We closed the summit by signing a U.S.-UK agreement to tackle the shared challenges facing fusion deployment and accelerate commercialization.
By connecting expertise on both sides of the Atlantic, we are taking a vital step toward a secure, abundant energy future.
Honored to represent the U.S. and co-host the Global Fusion Policy Summit alongside UK Energy Minister @mgshanks this week.
Fusion energy has the potential to transform how we power the world, and international collaboration is key to turning cutting-edge science into reality.
.@ENERGY and @NASA will combine AI, scientific data, and advanced computing to develop complex space capabilities faster—unlocking new opportunities in the space economy and strengthening U.S. leadership.
Read more: energy.gov/undersecretaryfor…
To lead in space, we need to be able to see, predict, and safely operate in an increasingly dynamic space environment. That’s the focus of our new Genesis Mission national challenge: Ensuring American Space Superiority.
Large language models (LLMs) are known to create images or help write emails, but their potential goes far beyond that.
Scientists at @argonne are exploring how specially trained LLMs could help accelerate battery research and scientific discovery: anl.gov/article/turbochargin…