cross-relaxation
diffraction
electron transfer
electromagnetic field
energy level
energy level diagram
energy transfer and energy transfer with upconversion
excited state absorption
fluorescence
green fluorescent protein
Kerr effect
multi-photon absorption
nondegenerate two-photon absorption
nonlinear index of refraction
nonparaxial approximation
optically thick sample
paraxial approximation
phosphorescence
plane wave
photo-activated material
photodynamic therapy
pump probe experiment
quantum dots
relaxation
reversible saturable absorption
saturable absorption
self-quenching
single-photon absorption
slowly varying envelope approximation
split-step numerical method
STED microscopy
stimulated emission
three-photon absorption
two-photon absorption
upconversion
Z-scan

An electromagnetic field is a physical vector quantity associated with each point of space and time in the vicinity of moving electrical charges. The electromagnetic field of one moving charge can interact with and affect the motion of other electrical charges. An electromagnetic field is a combination of both an electric field and a magnetic field and can be described either by classical waves or by using quantum mechanics. In the classical wave description, an electromagnetic field is smooth and continuous and is described by Maxwell’s equations. In the quantum field description, an electromagnetic field is composed of discrete photons.

	SimphoSOFT® can be purchased as a single program and can be also configured with Energy Transfer add-on , Multi-Beam add-on , Optimization add-on , Z-scan add-on , and MPA Info+ add-on for an additional charge. Please, contact our sales staff for more information e-mail phone: +1 (973) 621-2340
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