Space telescopes achieve razor-sharp images by pushing up against a fundamental limit set by physics itself: the diffraction barrier, which depends on the wavelength of light being observed and the diameter of the primary mirror. The larger the telescope and the shorter the wavelength, the finer the details it can resolve. But Earth faces a different kind of optical challenge from space. Solar storms periodically hurl charged particles and magnetic fields toward our planet with enough force to disable satellites, knock out power grids, and disrupt communications. Scientists have developed new approaches to protect critical infrastructure, including what amounts to a storm wall designed to deflect or absorb the worst of these impacts before they reach vulnerable systems. Both frontiers, whether peering deeper into the cosmos or shielding against cosmic violence, represent humanity's ongoing negotiation with the physical limits of observation and survival in a dynamic space environment.