These applications highlight a diverse set of emerging light-enabled techniques that extend beyond traditional imaging and optogenetics, leveraging precise optical control to manipulate, label, and analyze biological and chemical systems. These approaches include light-directed spatiotemporalomics and Light-seq for high-resolution mapping of molecular activity, as well as photo isolation chemistry for selective labeling and extraction of target regions. In parallel, photopatterning and microfluidics enable controlled structuring and manipulation of cells and materials within defined environments. Optoelectronic tweezers further expand these capabilities by allowing dynamic, non-contact manipulation of microscopic particles and cells using light. Together, these applications demonstrate the versatility of photonic technologies in advancing next-generation research tools and experimental workflows.