Catalyst discovery can take decades, but Argonne researchers are working to speed things up. A new $2.8M @ARPAE initiative will combine AI, supercomputing and advanced experiments to accelerate the search for next-generation catalysts - bit.ly/3RrP6qm
A scientific discovery is just the first step. The challenge is scale-up: turning a promising lab result into something that can be manufactured and used in the real world. In our recent #Science101 video, Argonne’s Trevor Dzwiniel explains how it happens. youtube.com/watch?v=D4q1LPan…
From machine learning to dark matter modeling, Argonne interns are tackling big scientific challenges and sharing their work at Learning in the Lobby.
The next generation of researchers is already making an impact.
At Argonne’s @advancedphoton, assistant beamline scientist Yanqi “Grace” Luo is pushing the boundaries of materials research to boost the performance and durability of LEDs and next-generation devices – bit.ly/430Z9Fi#WeAreArgonne
AI is reshaping how scientists explore big questions and uncover answers. Argonne and @thisisUIC are launching new projects in AI, computing and science to accelerate discovery and train the next generation of researchers - bit.ly/4wIqfP9
Meet Jung Ho Kim, a physicist advancing resonant inelastic X-ray scattering at Argonne's @advancedphoton. His work helps scientists understand materials at the atomic level, powering innovation in superconductors, magnets, batteries, & quantum computing - bit.ly/4wO74TX
America's manufacturing future just got a boost! Argonne and @DOECMEI launched the National Science-at-Scale Collaborative, uniting industry, gov't & national labs to move critical materials & chemical manufacturing innovation from lab to market – bit.ly/3RYWUA6
Catalyst discovery can take decades, but Argonne researchers are working to speed things up. A new $2.8M @ARPAE initiative will combine AI, supercomputing and advanced experiments to accelerate the search for next-generation catalysts - bit.ly/3RrP6qm
A scientific discovery is just the first step. The challenge is scale-up: turning a promising lab result into something that can be manufactured and used in the real world. In our recent #Science101 video, Argonne’s Trevor Dzwiniel explains how it happens. youtube.com/watch?v=D4q1LPan…
At Argonne’s @advancedphoton, assistant beamline scientist Yanqi “Grace” Luo is pushing the boundaries of materials research to boost the performance and durability of LEDs and next-generation devices – bit.ly/430Z9Fi#WeAreArgonne
Atoms are always moving. Argonne scientists just observed a rare Higgs mode in a semiconductor for the first time, showing how light can temporarily reshape a crystal’s structure—opening new possibilities for quantum and energy technologies - bit.ly/4vzPD8t
As part of #Argonne80, join us June 18 for #ArgonneOutLoud and explore the future of nuclear energy, from advanced reactors and fuel recycling to supercomputing and national security.
In-person registration closes June 10.
Reserve your seat today - bit.ly/3Rw5Axu
Meet Jung Ho Kim, a physicist advancing resonant inelastic X-ray scattering at Argonne's @advancedphoton. His work helps scientists understand materials at the atomic level, powering innovation in superconductors, magnets, batteries, & quantum computing - bit.ly/4wO74TX
At Argonne’s @advancedphoton, assistant beamline scientist Yanqi “Grace” Luo is pushing the boundaries of materials research to boost the performance and durability of LEDs and next-generation devices – bit.ly/430Z9Fi#WeAreArgonne
Energy markets are more dynamic than ever, and Argonne’s Hydropower Market Game brings that complexity to life! Explore how hydropower works with other energy sources, responds to changing grid conditions and shapes a reliable energy future. youtu.be/FqonfAkr5jg?si=Bpqv…
Change is constant, and Norah Blackaller is the steady hand guiding teams at Argonne through it. As the lab's organizational change management partner, she prepares staff, builds confidence, and ensures smooth transitions during major initiatives - bit.ly/43gEPzM
ALT Professional portrait of a smiling Norah Blackaller, wearing a black shirt, red lipstick, and a silver necklace. She’s standing outdoors on Argonne’s campus.
As part of #Argonne80, join us June 18 for #ArgonneOutLoud and explore the future of nuclear energy, from advanced reactors and fuel recycling to supercomputing and national security.
In-person registration closes June 10.
Reserve your seat today - bit.ly/3Rw5Axu
Energy markets are more dynamic than ever, and Argonne’s Hydropower Market Game brings that complexity to life! Explore how hydropower works with other energy sources, responds to changing grid conditions and shapes a reliable energy future. youtu.be/FqonfAkr5jg?si=Bpqv…
Meet Jung Ho Kim, a physicist advancing resonant inelastic X-ray scattering at Argonne's @advancedphoton. His work helps scientists understand materials at the atomic level, powering innovation in superconductors, magnets, batteries, & quantum computing - bit.ly/4wO74TX
#ThrowbackThursday: From the class to the lab, AI's future depends on how we prepare the next generation. In March, Argonne brought educators, researchers, and workforce leaders together at an AI STEM Educator Summit to tackle that challenge head-on - bit.ly/4afTdMt