What type of antenna can be used to minimize the effects of spin modulation and Faraday rotation?

As radio signals travel through the Earth's ionosphere to and from a satellite, their polarization naturally rotates, which is a phenomenon known as Faraday rotation. Furthermore, many satellites spin in space to maintain attitude stability, causing their transmitting antennas to rotate continuously. If you use a strictly linearly polarized antenna (such as a standard dipole) on the ground, the received signal will experience severe fading (spin modulation) every time the satellite's signal polarization misaligns with your antenna. A circularly polarized antenna solves this by being equally receptive to incoming signals regardless of their instantaneous linear orientation. This eliminates the deep signal fades and provides a much more consistent connection with the spinning satellite.