A snapshot of our history at Jefferson Lab is influencing the next generation of particle accelerators. This scale model of CEBAF informed the research machine's development, inspired future technologies and launched one physicist's full-circle career. jlab.org/news/stories/s…

Dynamic atom positioning, dynamic control beams with flattop profiles, and zero noise extrapolation combine to enable simulations of many-body physics. go.aps.org/3FOJFMI

Unlocking the invisible: Optimal non-Gaussian quantum sensing protocols for detecting ultraweak stochastic signals could unveil elusive phenomena like quantum gravity and axions beyond the reach of conventional methods. Science & Medicine at ANU IQIM go.aps.org/4lJFrFR

Happy #NationalInternDay! Working alongside our scientific, engineering, computing, and operations professionals, our interns support and advance particle physics and accelerator research. 🤩 Learn more about internship opportunities at internships.fnal.gov.

What happens when three nucleons collide inside a nucleus? We may have just caught it on record. Researchers at Jefferson Lab used light nuclei to spot signs of three-nucleon short-range correlations for the first time. jlab.org/news/releases/…

A quarter century ago, our operators skillfully pushed the boundaries of SRF technology - teasing out 6.07 GeV electron beams from a 4 GeV design. Those 50% higher-energy beams set the stage for CEBAF's 12 GeV upgrade, opening new quantum realms for exploration!

As the dog days of summer wind down, take a cool break with us to learn about the science of cold in this 30-minute Bite-Size Science throwback recording. youtube.com/watch?v=TFX1JJ…

Tutorial: A comprehensive and detailed tutorial on quantum benchmarking and characterization, equipping both newcomers and experts with essential tools to evaluate and enhance quantum computing performance. Berkeley Lab go.aps.org/4fAYpMp

Stay disciplined

Last week, I had the opportunity to visit two of our tremendous National Labs, PPPL and Jefferson Lab and see the critical work being done to advance American energy dominance and protect our national security!

Every minute, more than 100 trillion neutrinos zip through your body. These tiny particles are the most abundant in the universe - so what do they do? Find out in this new "Visualizing the Nucleus" video! youtube.com/watch?v=mAClw7…

35 years ago, the first section of our particle accelerator was lowered into the CEBAF tunnel. These photos, captured by Charlie Reece, mark the day CEBAF welcomed its very first cryomodule, the “Gray Ghost.”

What do you see when you zoom in on a proton? Our latest results provide a clearer view of the proton and its excited states, offering new insights into this fundamental particle. jlab.org/news/releases/…

Good Road Win For Them #PLAY411 Boyz