The discussion centers on the impact of vibrations from excited molecules on other particles in a solution. It is established that every vibration represents an excitation relative to the ground state, meaning that non-excited particles can indeed experience vibrations induced by nearby excited molecules. While these non-excited particles may not vibrate with the same intensity, they can replicate the vibrational characteristics of the excited molecules to some extent. The energy transfer from excited molecules to their neighbors is a key mechanism in this process.
PREREQUISITESChemists, physicists, and researchers in materials science who are interested in molecular interactions and energy transfer in solutions.
You cannot classify vibrations as "this is due to excitation / this is not". Every vibration is an excitation relative to the ground state.Mendelevskij said:Can the vibration be the same for them if they are not excited (do not vibrate due to excitation)