Consequently, it may become possible to model, for example, the postseismic crustal deformation after the 2011 Tohoku earthquake.
With the advent of powerful modern computers it has become possible to model the plasma dynamics on the so-called "mesoscale" which consists of electromagnetic turbulence with wavelengths intermediate to the ion gyro radius and the system size of typical tokamaks.
With the availability of prediction methods for all major steps of the HLA class I processing pathway, it became possible to model the whole pathway.
Nonetheless, if one examines the ventral, central, and dorsal domains of DR4 activity independently, it becomes possible to build a model consistent with these data.
With increasing knowledge in biology and improved measurement methods it becomes possible to build detailed models of the cellular interior.
Upon combining analytical techniques with a solid modeling computer-aided design (CAD) software, it becomes possible to develop a 3D model of the femoral head, which comprehensively describes topographic, crystallographic, and micromechanical characteristics of the entire surface and immediate sub-surface.
Once the rules are known, it becomes possible to design a conceptual model that is free of redundancy.
In this case, it becomes possible to use the symmetric hopping model (or random barrier model), whereby the charge transfer is a jump between close equilibrium positions in non-periodic potential [19].
In particular, when biosimulation models are integrated with ontologies, it becomes possible to translate the structure of a model (within a certain modelling language) into a representation of the biological phenomena that the model represents.
Thus it becomes possible to identify parts of the model that are indeed unimportant for a particular problem, while being sure that all known processes are being considered.
