The future of aggregate science is full of exciting possibilities. Developing strategies to control molecular aggregation precisely will significantly enhance material availability and processability in aggregate science and, more broadly, across organic materials research. Aggregate science stands at the forefront of materials research, poised to make substantial contributions to diverse fields like healthcare, technology, and sustainable materials by discovering novel materials with unique optical properties. Realizing the full potential of aggregate science requires persisting in foundational research to uncover the fundamental principles governing molecular aggregation. Researchers worldwide are constantly developing new ways to understand aggregation mechanisms and dynamics, which means that the field of aggregate science is continually evolving. With precise control over molecular aggregation, the future looks bright for developing novel multifunctional materials, breakthrough characterization techniques, integration with cutting-edge technologies, and considering sustainability and environmental impact. The aggregate science field offers various opportunities to make a transformative impact across a range of fields.