But research in biological science and environmental medicine is beginning to explain the influence of field effects, bio-electrical processes and biological hypersensitivity upon human health.
How physical phenomena, like biochemical and electrical processes, create sensation and unified experience is known as the "Hard Problem of Consciousness", and is widely recognized by neuroscientists and philosophers.
However, from this point and due to the very complex nature of the donor and acceptor blend, efficiency will often be determined by a balance of different electrical processes: transport, recombination, and extraction of carriers.
An approach combining mechanical and electrical processes, such as an AFM technique that simultaneously uses a mechanical load and bias voltage, could be developed in the future.
This review will focus on numerical modelling of the mechanical and electrical processes that lead to the vibrations of the BM, the cochlear amplifier, and other nonlinear behaviours, in the mammalian cochlea.
This paper focuses on reviewing the numerical modelling of the mechanical and electrical processes in the cochlea, which include fluid coupling, micromechanics, the cochlear amplifier, nonlinearity, and electrical coupling.
Theoretical and modeling studies have also helped to understand the optical and electrical processes of the photovoltaic conversion.
The understanding of optical and electrical processes in lead chalcogenide materials in nanoscale is of great interest for both fundamental and technological points of view.
These sustainable technologies include smart electrical processes; renewable energy systems; and innovative, even disruptive, software programmes that enhance energy efficiency.
These physical and electrical processes that occur in the electrospray ion source have been used to selectively ionize lipid classes possessing different electrical propensities that are now known as "intrasource separation and selective ionization".
