Exploration and Discovery
In addition, the technology unleashed through the innovative use of mathematical precision becomes an expression of adoration, acknowledging the magnificence of the creator who fashioned all that man remodels in fabricating the technology. Mathematics offers a way of exploring and discovering realms unseen; the vast distances of space, the complex order of the cell. The mathematical constructs offer views that will always be out of reach of the visible realm, but this does not make it a virtual reality. As it is impossible to physically see what is occurring at the molecular level without severe disruption by the energy of the waves of sufficient wavelength to view objects, theories of molecular interactions rely entirely on the mathematical modelling to understand what is actually happening. Geometrical modelling and computer-generated animations can provide increasing degrees of accuracy in predicting positions and movements, locations and trajectories of nanoparticles.
In addition, the technology unleashed through the innovative use of mathematical precision becomes an expression of adoration, acknowledging the magnificence of the creator who fashioned all that man remodels in fabricating the technology. Mathematics offers a way of exploring and discovering realms unseen; the vast distances of space, the complex order of the cell. The mathematical constructs offer views that will always be out of reach of the visible realm, but this does not make it a virtual reality. As it is impossible to physically see what is occurring at the molecular level without severe disruption by the energy of the waves of sufficient wavelength to view objects, theories of molecular interactions rely entirely on the mathematical modelling to understand what is actually happening. Geometrical modelling and computer-generated animations can provide increasing degrees of accuracy in predicting positions and movements, locations and trajectories of nanoparticles.