52nd Rencontres de Moriond EW 2017 présidé par Lydia Iconomidou-Fayard (LAL), Jean Marie Frere (ULB Brussels) has released results based on 36 fb-1 data @ 13 TEV they compare predictions from SUSY i.e squarks gluinos stops etc, with SM all results consistent with SM 95% No supersymmetry given that most discoveries are found fairly early in data collection at hadron colliders given they found no gluinos and squarks and supersymmetry in the first 36 fb-1 data what are the propsects of ever finding these over LHC lifetime of projected 3000 fb-1 data what are implications to MSSM and nMSSM that no SUSY was found. what are implications to natural SUSY that no SUSY was found @ 13 TEV is natural SUSY still viable or has data falsified it? how does it affect SUSY and string theory that LHC has failed to find any evidence of SUSY after analyzing 36 fb-1 @ 13 TEV energies? does solutions to Higgs hiearchy problem - SUSY technicolor extra dimensions require finding new physics @ LHC energies? LHC results are consistent with SM only. no evidence of technicolor or extra dimesions RS gravitons dark matter neutralinos SUSY were found by LHC either. what does this mean for higgs hiearchy problem that motivates new physics searches? does not finding SUSY bolster loops LQG over strings?