Gluons are the sticky particles that carry the Strong Nuclear Force. They are the "glue" of the universe. But here is a strange prediction from Quantum Chromodynamics (QCD): Since gluons interact with themselves, it should be possible for them to stick together without any quarks involved at all. These hypothetical particles are called Glueballs. A glueball is a ghost particle made entirely of force. It has no matter (quarks) inside it. It is literally a ball of pure binding energy holding itsel

I put my FluidX3D lattice Boltzmann CFD software on GitHub and it's 100-200x faster than super expensive commercial FVM solvers, on the same hardware. It does 10 billion cell simulations on a single GPU server in a matter of hours.

How would you calculate CH​(t,L) from simulations in an L×L Isi... | Filo

REF2020: Yong Zhao- QCD resummations in the lattice calculation of PDFs