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GlueCore aims to develop a theoretical framework to study gluons, fundamental particles in protons, by examining their three-dimensional structure. This research will enhance understanding of Quantum Chromodynamics through new experimental approaches.
Gluons, together with quarks, are the fundamental constituents of the proton.
They generate almost all its mass, carry about half of its momentum and contribute to its spin in a still unconstrained amount.
Mapping their three-dimensional (3D) structure in the proton is crucial in our understanding of Quantum Chromodynamics and matter in general.
The quark and gluon 3D content in momentum space is encoded in the so-called Transverse-Momentum-Dependent distribution/fragmentation functions (TMDs).…
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