Hybrid Dynamic Structures for Optical-Quality Surfaces Shape Control - Live-Mirror -

Optical communication and remote sensing (on the ground and in space) including astronomy requesting high-dynamic range observations are the next frontiers in high-bandwidth communication and civil space surveillance technologies. Each requires very precise glass mirror technology, which has not kept pace with corresponding optical and infrared sensor advances. Consequently communication and remote sensing systems are currently limited by the cost and manufacturing restrictions of their high-quality optics. We are developing a new and interdisciplinary technology for creating extremely lightweight diffraction-limited meta-material-based optical systems with exceptional optical quality spectacularly lower cost and production time - Live-Mirror. Our interdisciplinary approach creates next-generation large mirrors using Electro Active Polymer (EAP) actuators without classical glass abrasive polishing. This technology may enable much larger high-quality optical mirror systems for ground- and space-based astronomy and communications telescopes. Notably a dedicated high angular resolution and high-contrast telescope concept - The Exo-Life Finder (ELF) Telescope - as will be described here.