Sentence examples for macroscopic consequences from inspiring English sources

Thus, if microscopic events can have such macroscopic consequences, a common cause principle cannot hold of macroscopic events.

The macroscopic consequences of this layer on the pumping pressure were considered by introducing interface properties measured macroscopically using a tribometer to the pumping process prediction (Kaplan et al. 2005).

It is well known that as for Navier-Stokes equations, the intrinsic symmetries, except for the scaling symmetries, are just macroscopic consequences of the basic symmetries of Newton's equations governing microscopic molecular motion (in classical approximation).

Fluid flow and solute transport in rock are macroscopic consequences of the pore structure, which integrates geometry (e.g., pore size and shape, pore size distribution; Bear 1972) and topology (e.g., pore connectivity; Dullien 1992).

However, rare cells, or heterogeneities among cells, may have important macroscopic consequences.

Time-dependent deformation is a macroscopic consequence of the progressive damage caused by stress and the degradation of the elastic modulus and strength of rock.

Synaptic changes are thought to be involved in learning, memory, and cortical plasticity, but the exact relation between microscopic synaptic properties and macroscopic functional consequences remains highly controversial.

Moreover, no objective property corresponding to a local observable, even for microsystems, can emerge as a consequence of a measurement-like event occurring in a space-like separated region: such properties emerge only in the future light cone of the considered macroscopic event.

Finally, the functional consequences of macroscopic clustering (as distinct from association to create defined oligomers dimers, trimers, etc) are not well understood.

As a consequence, the macroscopic viscosity of electrolytes under study mainly governs their conductivity.

As a consequence, the macroscopic potential obtained by homogenization is a quadratic function of the macroscopic strain gradient when the expansion series is truncated at the second order.