Numerous IP-Docs, related to CLS, have been found innovative and promising.

The disclosed innovation of some of these IP-Docs,  has already been used for the development of new Systems (e.g. the "miniature-synchrotron" in TUM/LMU Munich, since May 2015)[13].

Other ones, as for example EP2846422A1, disclose smart approaches, such as a fiber-driven FEL, feeding a LASER Wake-field Accelerator (LWFA), creating a UV/Soft-X-Ray light-source, promising another step towards affordable and compact medical-imaging CLS[16].

It is not easy to predict the exact evolution of Compact Light Sources, following the Industrial Property innovation path. However, there is no doubt that there is already a break-through in X-ray Imaging, a disruptive innovation, that will be followed soon by other R&D groups working in this field.

Desk-top monochromatic X-Ray sources in affordable cost, for medical Imaging, are not yet a reality, however, they are not any more a dream.

There is already an operating, expensive but functionable tool, that will be very helpful, as a reference clinical CLS for Medical Imaging, as well as, a precize tissue characterization method, for the years to come.