It takes a huge amount of data to describe a star, the precursor of a black hole —
from macroscopic properties such as its size and temperature down to the microscopic properties of its constituent particles.
Not exact matches
Recipient of several honors
from the Humboldt Foundation and elsewhere, Xantheas conducts theory - based work on the structure and energetics of aqueous clusters and the development of interaction potentials to study the
macroscopic properties of water and ice.
From the
macroscopic standpoint, superconductivity is a
property of certain materials that, when cooled below a given temperature, conduct electricity without any energy loss — i.e., with zero electrical resistance.
Together, they will focus on the great opportunities that lie in scaling up
from atomic assembly and individual nanodevices to
macroscopic systems and structures with emergent
properties and functionality.
, but it is the foundation for this question itself: How do microscopic material
properties (which are the basis for
macroscopic properties) arise
from quantum mechanical
properties of fundamental particles and atoms?