Quote:
Originally Posted by Seden
I pointed out that a device is currently being developed to detect metals by their frequency. When you start researching Millimeter/THZ technology,you quickly realize that it is so cutting edge....
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Where have you been? Spectroscopy, and its application to chemical analysis and material identification has been around a great many years. Spectroscopic technique is used to assess the concentration or amount of a given species. The instrument that performs such measurements is a spectrometer or spectrograph. Spectroscopy/spectrometry is often used in
physical and
analytical chemistry for the identification of substances through the spectrum emitted from or absorbed by them. This includes the technique you are alluding to, and is nothing new, merely an offshoot of common technology that has been around a very long time.
Nuclear magnetic resonance spectroscopy analyzes the magnetic properties of the various atomic nuclei to determine different electronic local environments of
hydrogen,
carbon, or other atoms in an
organic compound or other
compound. This is used to help determine the
structure of the compound and identify the various constituents of a compound or material. Again, nothing new, as this type of analysis technique was used by myself and other researchers well over a decade ago.
I suggest you read up a little more on what has been done with "real" science and technology before you attempt to meld the terminology with your own brand of pseudoscience in the hope of yielding the next generation of LRL.
