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In this contribution we discuss how to prepare some possible detectors - onlysilicon option being considered, for the new era of HEP challenges because thebulk displacement damage in the detector, consequence of irradiation, produceseffects at the device level that limit their long time utilisation, increasingthe leakage current and the depletion potential, eventually up to breakdown,and thus affecting the lifetime of detector systems. Physical phenomena thatconduce to the degradation of the detector are analysed both at the materialand device levels, and some predictions of the time degradation of silicondetectors in the radiation environments expected in the LHC machine upgrade inluminosity and energy as SLHC or VLHC, or at ULHC are given. Possible effectsat the detector level after high energy cosmic proton bombardment areinvestigated as well. Time dependences of these device parameters are studiedin conditions of continuous irradiation and the technological options fordetector materials are discussed, to obtain devices harder to radiation.Comment: 9-th Conference on Astroparticle, Particle and Space Physics,  Detectors and Medical Applications, Villa Olmo, Como 17-21 October 200

AN ANALYSIS OF THE EXPECTED DEGRADATION OF SILICON DETECTORS IN THE FUTURE ULTRA HIGH ENERGY FACILITIES