You explained it so much better than what my professor could not technically not explain on like 7 1 hr lectures.. The way he was explaining honestly i could not even understand what the heck is this raman thingie sounds just like IR but a far complicated IR type thingie ( that's all I learnt from his 6+ lecturers) Thank you so much
Excellent presentation! Does Dr. Bradley's dissertation thesis example of Argon, indicate that additional laws of physics pertaining to Raman spectroscopy, principles of Raman backscattering and electromagnetic energy interactions, due to the excitation induced collisions, inter-atom actions & reactions and electron field distortions described by Dr. Bradley, may be possible? Could the deep cooling of molecules to inhibit vibration during a Raman analysis be worthwhile to investigate? Could Raman spectral signature intensities decrease as a molecule was deep-cooled and/or inhibited from vibrating? Also, could the deep cooling of molecules also potentially change the Raman shifted frequencies and thus the Raman spectral signature of molecules? In other words, could deep cooling affect the vibration, polarizability and induced dipole moment of a molecule, as described by Dr. Michael Bradley? Could such a study potentially deepen the understanding of Raman spectroscopy and lead to future enhancement discoveries akin to Surface Enhanced Raman Spectroscopy (SERS), though at standoff distances? Could this enable sensitivity enhanced standoff distance Raman detection instrumentation with which to protect communities from violent sophisticated transnational criminal drug & money laundering organizations? Logically, current standoff distance nanogram level cocaine particle detection, similar to the nanogram detection capabilities of Dr. Henric Ostmark's Raman telescopes, may already be sufficient to disrupt many aspects of illicit drug money laundering, bulk cash trafficking and cocaine trafficking operations. For instance, any banking executives involved in one or more aspects of the Hezbollah-LC Bank $1.2 billion cocaine money laundering and bulk cash trafficking operations, who were consistently found have cocaine residues on their faces, hands and/or work desks, might have difficulty in continuing the illicit money laundering facilitation activity once detected. Would this Raman data also help to determine the extent of any ongoing cocaine-bribery within banks, financial institutions and other professional organizations, which could have a greater absolute value than ostensibly licit luxury vehicle, aircraft and real estate bribes? If so, I hope that such Raman instrumentation could be utilized to protect my family's communities, as well as all U.S. communities. Was SERS enhancement a hypothesized, predicted or purely accidental discovery?
You explained it so much better than what my professor could not technically not explain on like 7 1 hr lectures.. The way he was explaining honestly i could not even understand what the heck is this raman thingie sounds just like IR but a far complicated IR type thingie ( that's all I learnt from his 6+ lecturers)
Thank you so much
Thanks a lot! So great videos! Clean and precise, really helps to refresh some basics :))
Excellent presentation! Does Dr. Bradley's dissertation thesis example of Argon, indicate that additional laws of physics pertaining to Raman spectroscopy, principles of Raman backscattering and electromagnetic energy interactions, due to the excitation induced collisions, inter-atom actions & reactions and electron field distortions described by Dr. Bradley, may be possible? Could the deep cooling of molecules to inhibit vibration during a Raman analysis be worthwhile to investigate? Could Raman spectral signature intensities decrease as a molecule was deep-cooled and/or inhibited from vibrating? Also, could the deep cooling of molecules also potentially change the Raman shifted frequencies and thus the Raman spectral signature of molecules? In other words, could deep cooling affect the vibration, polarizability and induced dipole moment of a molecule, as described by Dr. Michael Bradley? Could such a study potentially deepen the understanding of Raman spectroscopy and lead to future enhancement discoveries akin to Surface Enhanced Raman Spectroscopy (SERS), though at standoff distances? Could this enable sensitivity enhanced standoff distance Raman detection instrumentation with which to protect communities from violent sophisticated transnational criminal drug & money laundering organizations? Logically, current standoff distance nanogram level cocaine particle detection, similar to the nanogram detection capabilities of Dr. Henric Ostmark's Raman telescopes, may already be sufficient to disrupt many aspects of illicit drug money laundering, bulk cash trafficking and cocaine trafficking operations. For instance, any banking executives involved in one or more aspects of the Hezbollah-LC Bank $1.2 billion cocaine money laundering and bulk cash trafficking operations, who were consistently found have cocaine residues on their faces, hands and/or work desks, might have difficulty in continuing the illicit money laundering facilitation activity once detected. Would this Raman data also help to determine the extent of any ongoing cocaine-bribery within banks, financial institutions and other professional organizations, which could have a greater absolute value than ostensibly licit luxury vehicle, aircraft and real estate bribes? If so, I hope that such Raman instrumentation could be utilized to protect my family's communities, as well as all U.S. communities. Was SERS enhancement a hypothesized, predicted or purely accidental discovery?
Great job.
SUPERIOR EDUCATION PEOPLE
Great video!
Wow , Thanks a lot!
Please use a whiteboard instead of paper. Brilliant explanation.
Visit thermofisher.com/learnraman for more information.
Haha molecule breathes
Please cut the anoying background music