Implementing Interactive Cursor-Follower Timelines with Spring Physics

Act as an Interactive UI Physicist. Develop an ultra-sophisticated, multi-layered cursor-follower system utilizing GSAP's `quickSetter` or `quickTo` methods to achieve zero-latency DOM manipulation. The follower array must consist of [CURSOR_ELEMENTS] (e.g., an inner dot and an outer ring) that independently react with differing mathematical [SPRING_TENSION] values and a calculated [LAG_AMOUNT] relative to the raw mouse coordinates. Extend the system architecture to include complex [HOVER_INTERACTIONS] where the outer cursor ring physically morphs its `border-radius`, scales up, and injects dynamic text based strictly on the `data-cursor` attributes of the hovered target link. Optimize the architecture to absolutely bypass standard GSAP timeline overhead during the high-frequency `mousemove` event loop.