Recent advances in nucleation and crystal growth have revolutionized our understanding and control of crystallization processes. This paper highlights key developments in this field and the processes and technologies involved in its continuous growth. Advanced computational models have allowed for precise prediction of nucleation rates and crystal morphologies, facilitating the rational design of materials with desired properties. Innovative strategies involving templating, self-assembly, and additive engineering have also emerged, enabling enhanced control over crystal growth kinetics and crystallographic orientations. These breakthroughs hold tremendous promise for diverse applications, ranging from pharmaceuticals and materials science to energy storage and catalysis.