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We report 31P-NMR and specific heat measurements on an iron (Fe)-basedsuperconductor SrFe2(As0.65P0.35)2 with Tc=26 K, which have revealed thedevelopment of antiferromagnetic correlations in the normal state and theunconventional superconductivity(SC) with nodal gap dominated by the gaplesslow-lying quasiparticle excitations. The results are consistently argued withan unconventional multiband SC state with the gap-size ratio of different bandsbeing significantly large; the large full gaps in s\pm-wave state keep Tc high,whereas a small gap with a nodal-structure causes gapless feature undermagnetic field. The present results will develop an insight into the strongmaterial dependence of SC-gap structure in Fe-based superconductors.

Unconventional multiband superconductivity with nodes in single-crystalline SrFe2(As_0.65P_0.35)2 as seen via 31P-NMR and specific heat