Multiparticle

This results in the appearance of new, coarse grained degrees of freedom like “temperature”, which is a proxy as it were for the average internal energy per degree of freedom in a multiparticle physical system at equilibrium, but there may be many others as well and a new equation of motion for the quantities that remain in your microscopic description. ❋ Unknown (2006)

Designed by an international team of physicists, the experiment has shown that delicate multiparticle quantum systems can be created and analysed in microgravity environments created during freefall. ❋ Unknown (2010)

It's a sort of AdS/CFT duality applied to social multiparticle systems. ❋ Unknown (2010)

One is multiparticle entangled states, where four the states of particles were entangled so that reading one would set the other three. ❋ Casey Johnston (2010)

Gasser, Heiner and Elk have selected the areas of application the weak interference of thermodynamic equilibrium, multiparticle physics and solids. ❋ Unknown (2008)

It’s already a classic theory, which is very constrained (non relativistic, flat spacetime, not a multiparticle theory and it has the measurement problem …). ❋ Sean (2008)