Past-Progresses, Current-Advances and Future-Applications from Our Revolutionary Characterization of Semiconductor Fluid States and Three Phases of Pure Water Materials

Our studies of pure water materials began at the September 2013 Annual Fall Meeting of the Chinese Physical Society of the People's Republic of China (PRC) hosted for the first time by the Xiamen University in Xiamen City, Fujian, PRC. The details are described by the poster and oral presentations at the APS Annual March Meetings and April Meetings either in person or virtually, and by 6-20-page journal articles in the Journal of Semiconductors published by Institute of Semiconductors in Beijing, PRC. Major milestones are listed as follows, which were reached by the 3PC (3 People Collaboration) and supported by Linda Chang (Zhang) Sunan Estate. (1) 2013 protonic semiconductor lattice model of pure liquid water, derived from 1933 Bernal-Fowler Ice model at Cambridge,UK which was confirmed by 1935 Pauling's residual entropy calculation and 1928-35 Giauque's low temperature specific heat measurements; (2) Our 2016 protonic transport ABC-step model of pure liquid water, corroborated by non-linear fit of the temperature curves of the proton and prohol mobilities; (3) Our 2019 Self-induced proton and prohol trap models, corroborated by non-linear fit of the temperature curves of three industrial consensus parameters, the ion product (pH) and the two proton and prohol mobilities of pure water. Future applications will be described in this presentation.