Fault rupture processes are represented by the elastodynamic equation of seismology and fracture energy and with a physical understanding of how a fault ruptures, as explained by Hutchings et al. (2007).
The antagonist, Dr. Sofia Lamb, aims to inject the genetic memories stored in people's blood into a single individual, effectively imbuing that person with a physical understanding of every other person's needs, desires, and experiences.
Does a Physical Understanding of Supernatural Phenomena Exist?
As a result, with the physical understanding of the heat transfer mode mechanisms yet unknown, it becomes trivial to solemnly rely on such simulations and equations to hold valid for a general range of nanofluid compositions, types and application (e.g. as coolants in various heat exchanger designs).
Noteworthy, the choice of turbulence parameters on the basis of the formal a priori analysis agrees well with the physical understanding of the k ε model.
A surface potential-based model for embedded flash memory cells has been developed with the purpose of providing a comprehensive physical understanding of the device operation suitable for performance optimization in memory circuit design.
"We are not layering digital on top of our physical world, and not replacing our physical world with a digital understanding of it, but actually combining the digital plus the physical to get more than a sum of the parts we could get with background or expertise with either one".
The discontinuous, non-causal and instantaneous changes due to a measurement that appear in quantum mechanics (QM) theory are not consistent with a classical understanding of physical reality, but are completely confirmed by experiments.
However, there are still several challenging areas, which need to be addressed with a better understanding of physical processes based on observations, and to subsequently be taken into account by means of improved parameterization.
While exploring the ground state and anharmonic properties of simple and complex molecules, two major methods, one based on analytical form of cohesion with effective physical understanding and other based on expensive and time taking computational methods, are progressive.
Such descriptions are best constructed with a sound understanding of the physical nature of the noncovalent interactions, and perturbation theory, in particular symmetry-adapted perturbation theory, provides a framework both for that understanding and for the construction of accurate analytical potential functions.
