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We report measurements of the de Haas-van Alphen effect in CeIn3 in magneticfields extending to ~90 T, well above the Ne'el critical field of Hc ~61 T. Theunreconstructed Fermi surface a-sheet is observed in the high magnetic fieldpolarized paramagnetic limit, but with its effective mass and Fermi surfacevolume strongly reduced in size compared to that observed in the low magneticfield paramagnetic regime under pressure. The spheroidal topology of this sheetprovides an ideal realization of the transformation from a `large Fermisurface' accommodating f-electrons to a `small Fermi surface' when thef-electron moments become polarized.

Fermi surface of CeIn3 above the Neel critical field