From oscillation parameters and the PMNS matrix to supernovae, active galactic nuclei, relic neutrinos, and multi-messenger observatories, neutrino research now…
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From underground neutrino observatories to atom-thin graphene films, one of physics‘ most elusive particles is inspiring new discussions about energy…
When infrastructure fails, the first shortages are often electricity and safe water. Rethinking resilience means looking beyond fuel deliveries and…
Some of the universe’s most energetic messengers may be found not beneath Antarctic ice, but between towering mountain walls. The…
Every environment contains persistent energy flows, from thermal motion and electromagnetic fields to other naturally occurring interactions. The challenge is…
U.S. Department of Energy Invests in Fermilab Projects to Accelerate AI-Enabled Scientific Discovery
Artificial intelligence is becoming part of the scientific method itself. At Fermilab, newly funded projects will explore AI for accelerator…
Invisible to everyday experience yet indispensable to the universe, the weak nuclear force governs radioactive decay, powers stellar fusion, and…
Every conflict in the modern era has had an energy dimension. Every case of chronic poverty has had an energy…
Power failures are no longer defined only by damaged transmission lines or empty fuel reserves. Increasingly, they begin when rivers…
Can ambient energy become a practical source of continuous electricity? This technical overview connects decades of neutrino physics, graphene research,…