Silently churning away at the heart of every atom in the Universe is a swirling wind of particles that physics yearns to understand.
No probe, no microscope, and no X-ray machine can hope to make sense of the chaotic blur of quantum cogs whirring inside an atom, leaving physicists to theorize the best they can based on the debris of high-speed collisions inside particle colliders.
"This technique is similar to the way doctors use positron emission tomography to see what's happening inside the brain and other body parts,"physicist James Daniel Brandenburg, formerly a Brookhaven researcher and now a member of the STAR collaboration. pop in and out of existence in a seething foam of statistical madness, where the rules on particle distribution are anything but consistent.
Unfortunately, simply shining a light onto a proton won't result in a snapshot of its moving parts. Photons and gluons play by very different rules, meaning they are effectively invisible to one another.
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