One piece of putative evidence for materialism in Gassendi's corpus is his extension of atomist explanation, from all physical phenomena to a large range of non-physical phenomena, including aspects of the mental, social, and ethical.
If there is an interaction, then the "mind" and "brain" are independent variables; the mind represents subjective experience and is therefore a non-physical phenomenon.
Extension of the analysis to higher dimensions and time-varying systems is straightforward from a mathematical point of view (but not in terms of new non-reciprocal physical phenomena), whereas the connection of non-reciprocity and time irreversibility can be studied as well.
These types of devices will exhibit new physical phenomena.
At such dimensions, materials possess new physical properties or exhibit new physical phenomena.
The laser solid freeform fabrication process is a complex manufacturing technique that cannot be modeled analytically due to non-linear behaviours of the physical phenomena involved in the process.
In a theoretical and experimental work we have investigated the non-linear effects of both physical phenomena and developed a suitable measurement setup as well as calibration and software correction methods to achieve a highly accurate measurement of void fraction profiles with CBCT.
Other features that enable harvesting of contextual data from sensed observations include ability to encompass measurements about composite physical and non-physical processes, phenomena, temporal concepts and metadata information.
The nonclassical reaction-diffusion equation arises as a mathematical model to describe physical phenomena, such as non-Newtonian flows, solid mechanics, and heat conduction [5 7].
Nonlinear boundary value problems (BVPs) involving the p-Laplacian operator − Δ p arise from a variety of physical phenomena such as non-Newtonian fluids, reaction-diffusion problems, petroleum extraction, flow through porous media, etc.
The equation above originates from the general nonclassical diffusion equation u_{t}-nuDelta u_{t}-Delta u+f u)=g, (1.2) which arises as a model to describe physical phenomena, such as non-Newtonian flows, soil mechanics and heat conduction theory.
