For many quantum technology applications described in previous sections, it would be desirable to place quantum sensing technology such as quantum gravimeter, gravity gradiometer or magnetometer on satellites in Earth orbit, especially the low one (LEO). Such applications are in development; for example, a low-power quantum gravity sensing device that can be deployed in space on board a small satellite for accurately mapping resources or to aid in assessing the impact of natural disasters [272]. However, such an application does not require too high spatial resolution. See Sect. 5.5.1 for a detailed discussion. The same applies to satellite-based quantum imaging. For example, China claimed the development of a spy satellite that uses ghost imaging technology [273]. However, what spatial resolution it has is uncertain. Nevertheless, quantum ghost imaging would have the advantage of being usable in cloudy, foggy weather or at night as well.
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