The terms Digital Chemistry, Digitalized Chemistry, and Digitized Chemistry often overlap in usage but can imply slightly different nuances in the context of integrating chemistry with digital technologyto digitize chemistry. I) Digital Chemistry typically refers to the broad application of digital technologies and computational methods to solve chemical problems, encompassing everything from quantum chemistry simulations to artificial intelligence for predicting chemical reactions. It implies an inherent integration of digital tools into the chemical research and development fabric. , , II) Digitalized Chemistry suggests transforming traditional chemistry practices and workflows into digital formats, emphasizing changing or transitioning towards digital methods. It focuses on adopting and integrating digital tools and technologies to enhance the efficiency, accessibility, and effectiveness of chemical research and industrial processes. , III) Digitized Chemistry often converts analog chemical data and information (e.g., paper lab notebooks, printed spectra) into digital formats. It focuses on the initial step of making chemical information more accessible and manageable through digital means, which is a foundational aspect of enabling further digital analysis and computational work. While these terms are closely related and sometimes used interchangeably, the subtle differences lie in their emphasis: "Digital Chemistry" on the broad use of digital approaches, "Digitalized Chemistry" on the process of adopting these digital methods, and "Digitized Chemistry" on the initial step of converting analog information into digital form.