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Evidence shows the charge density wave discovery was rare, a case where the magnetic & electronic orders don’t simply coexist but are directly linked.
Using the Doppler technique to measure very dense plasma, scientists found evidence for the existence of a barrier between the plasma cloud layers.
Elementary and middle school science teachers are invited to register for Jefferson Lab’s annual showcase of stimulating science activities.
A collaborative effort led by Ames & Argonne labs is working to keep plastic out of landfills by finding ways to turn it into valuable products.
The researchers use the “plants as factories” paradigm in which biofuels and bioproducts are grown directly in crops that are resilient and productive
The new agreement will promote opportunities for collaboration on decarbonization efforts that could pave the way for a cleaner energy transition.
Physicists provide theoretical insights with an experiment involving a “strange metal” that could be foundational to next-gen quantum technologies.
Atomic level details reveal how enzyme selectively breaks hydrocarbon bonds, suggesting bioengineering strategies for making useful chemicals.
A team discovered two kinds of magnetic fields - merons and skyrmions - can coexist in an ultrathin material of iron, germanium, and tellurium.
Lett is responsible for Fermilab’s talent development strategy, to help individuals maximize their potential and get to their next level, career-wise.