Hyperspectral

We started off this series with a glass prism and the creation of the visible spectrum (Herschel) and since progressed through theories of light behaving as a wave and light (Maxwell) behaving as a particle (Planck). Now, let’s conclude our…

Of the many substantial contributions to theoretical physics, Max Karl Ernst Ludwig Planck’s fame rests heavily on his role as the originator of quantum theory, which revolutionized human understanding (and Marvel movie subplots) of atomic and subatomic processes. The discovery…

Spectroscopy is the study of the absorption, reflectance, and emission of electromagnetic radiation (e.g., light) by matter, measured as a function of wavelength (or frequency). It is used as a tool for characterizing the structures of atoms and molecules by…

A common comment that we receive is that ‘spectral is great for porphyry and epithermal, but it cannot help with other deposits.’ At LKI Consulting, we wholeheartedly disagree with this statement so for our last Spectralucation July post we would…

Fig. 1. Montmorillonite spectra celebrating Spectalucation July. The y-axis is reflectance (%) and the x-axis is wavelength (nm). Our blog posts thus far have concentrated more on geochemistry and general themes so we thought for July… let’s get into some…