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It gathers an electromagnetic model of light-particle interaction along with detailed and validated protocols for the determination of input parameters: morphological and structural characteristics of the studied microorganisms as well as their photosynthetic-pigment content.
The electromagnetic-wave model of light accounts naturally for the origin of energy transport.
The rules of geometrical optics, developed through centuries of observation, can be derived from the classical electromagnetic-wave model of light.
In 1865, James Clerk Maxwell's prediction that light was an electromagnetic wave which was confirmed experimentally in 1888 by Heinrich Hertz's detection of radio waves —seemed to be the final blow to particle models of light.
"And then we'll start in on Helmholtz's electromagnetic theory of light".
Experiments soon confirmed the electromagnetic nature of light and established its speed as a fundamental parameter of the universe.
He spent the next decade wondering how to reconcile these quanta with the traditional electromagnetic wave theory of light.
The model is then incorporated into the FADI-FDTD method for solving electromagnetic problems involving interaction of light with hemoglobin.
Electromagnetic modeling.
1. Electromagnetic modeling .
Because light consists of electromagnetic waves, the propagation of light can be regarded as merely a branch of electromagnetism.
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