Optical tweezers, a Noble-Prize-winning invention by Arthur Ashkin, are widely used for the remote manipulation and study of biological entities. We have advanced this technology by developing a series of optical manipulation techniques that overcome existing limitations. Our improvements offer expanded working modes, versatility across different environments, and the ability to target a diverse range of materials. Additionally, our techniques require less optical power, feature a simple optical setup, and are user-friendly. These innovations push the frontiers of knowledge in life sciences and nanoscience, enabling the development of nano-architected materials, lab-on-a-chip devices, and automation systems for applications in health, information technology, energy, and environmental sustainability.