Do you feel amazed each time you read about new advances
where one of the fundamental components is optical? I am.
Optical fabrication and materials play a central role in many
things we do– practical every day, engineering and scientific.
The first reference is in Photonics Spectra magazine which
gives major milestones in optics fabrication.
The second is a link to a compact review of real world applications
and methods of applied spectroscopy.
The third is a link to a review on miniaturization driven by reduced
costs and space impacts combined with advances in microelectronics.
What this sketch outlines is an 800 year acceleration of development
especially over the last half century. This is part of a review by
combine optical tools with spectroscopic and multi-laser
sources and computer integrated sampling.
REAL WORLD SPECTROSCOPY
Nice appropriate review on some of the latest developments
including Total-reflection X-ray Fluorescence, Laser-induced
breakdown spectroscopy at small scales, rapid cancer detection
FT-IR and peptide folding using laser-Raman.
3-D imaging and continuously increasing complex NIRS
applications were reported and cited.
ADVANCES IN MINIATURIZATION
SOURCE: V. Balaram Spectroscopy 10-16
of analytical tools is allowing scientific investigations in a number
of realms, including space exploration, geological studies,
environmental sensors and redundancy to increase the validity
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