My research focuses on the synthesis, structural characterization, and transformation of functional solid-state materials. Core areas include porous and layered metal silicates - such as zeolites and heteropolyhedral silicates - as well as metal phosphates, germanates, and related framework systems. Central themes of this work involve thermal behavior, nucleation and crystallization control, rational design of synthesis routes, and the discovery of new crystalline phases. These efforts have led to the development of the MS and MSA series of mixed-polyhedral silicates. Major contributions also include pioneering room-temperature and microwave-assisted interzeolite transformations, as well as establishing the first interzeolite-type transformations within microporous titanosilicates. The research integrates controlled synthesis, crystal-growth mechanisms, and advanced structural analysis to elucidate how structural features govern material performance. Application-oriented studies span biomedical materials, photocatalysis, catalysis, photoluminescence, energy-storage systems, and gas-separation processes.