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This is a key contribution of Lattice Field Theory to Particle Physics at the precision frontier.
The project proposes a high-statistics computation of lattice correlation functions starting from isospin-symmetric QCD and including the leading isospin-breaking effects.
The simulation results are expected to drive improvements of reduced-order models and establish a reproducible methodology for BBN predictions in a realistic strongly compressible context.
The project aims to push the studies of spectral and transport properties of the QGP.
Antarctic and Greenland ice sheets lose most of their mass by a few corridors of rapidly flowing ice.
Turbulence bounded by curved walls characterizes different applications of paramount importance for engineering applications: highly cambered airfoils, turbomachine blades and coolant channels among others.
At the so-called precision frontier, high-intensity experiments test the Standard Model (SM) of particle physics, searching for discrepancies with theoretical predictions that may reveal new physics.
The human ether-a-go-go (hERG) gene encodes the voltage-activated, potassium-selective channel that regulates the repolarisation phase in the cardiac action potential.
Voltage-gated sodium channels (NaVs) control neuronal excitability, also in association with a number of auxiliary proteins.
When you break an atom, you see electrons, protons and neutrons as free particles but when you break a proton its quarks and gluons rearrange into new hadrons. Quarks and gluons are permanently confined in hadrons.