Water -In previous discussions, Sparavigna, 2024, we have reviewed literature and proposed the deconvolution of the hydroxyl-stretching region of water and ice with the q-Gaussian functions. For a comparison water/ice we used the Figure in Đuričković et al., 2011. As other researchers did, Đuričković and coworkers noted that the "broad range of the Raman spectrum of liquid water originates from the symmetric and asymmetric OH-stretching vibrations. The fact that this band is rather broad implies the need for its deconvolution into several components, and a large controversy about the number of components and their origins exists in the literature" (Đuričković et al., mentioning . According to the used number of components, researchers established the vibrational mechanisms from intra-and intermolecular bonds (see discussion in . Let us consider just two components, for instance. We can find them assigned to symmetric and asymmetric vibrations respectively, as in Đuričković et al., 2011. If we use four components, we can find Carey, 1998, saying that these bands are corresponding to four modes due to "the splitting of the v1 symmetrical stretching vibration into four distinct vibrations".