I agree. It is a good read.
MYDX is todays technology in real-time. This design and process will continue to grow exponentially into the future.
I believe the issue is many do not understand how conducting polymer chemical sensors work. Every molecular structure has a "signature" that is detectable in an excited state. At the lowest levels it is measurable without destruction by these sensors. This is not like Gas Chromatography where the sample is vaporized. I understand the difficulty level in comprehension of this process as it is relatively new and extremely involved when combined with the complete package.
CP is not a replacement for GC but can be used in conjunction with the laboratory process.
In short, we are witnessing the birth of the tricorder.
http://www.academia.edu/4916121/a_Conducting_...and_arrays
https://www.intechopen.com/books/conducting-p...sor-design
MYDX is todays technology in real-time. This design and process will continue to grow exponentially into the future.
I believe the issue is many do not understand how conducting polymer chemical sensors work. Every molecular structure has a "signature" that is detectable in an excited state. At the lowest levels it is measurable without destruction by these sensors. This is not like Gas Chromatography where the sample is vaporized. I understand the difficulty level in comprehension of this process as it is relatively new and extremely involved when combined with the complete package.
CP is not a replacement for GC but can be used in conjunction with the laboratory process.
In short, we are witnessing the birth of the tricorder.
http://www.academia.edu/4916121/a_Conducting_...and_arrays
https://www.intechopen.com/books/conducting-p...sor-design