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In correlated electron systems such as cuprate superconductors and colossalmagnetoresistive (CMR) oxides there is often a tendency for a nanoscaleself-organization of electrons that can give rise to exotic properties and toextreme non-linear responses. The driving mechanisms for this self-organizationare highly debated, especially in the CMR oxides in which two types ofself-organized stripes of charge and orbital order coexist with each other. Byutilizing angle-resolved photoemission spectroscopy measurements over a widedoping range, we show that one type of stripe is exclusively linked to longflat portions of nested Fermi surface, while the other type prefers to becommensurate with the real space lattice but also may be driven away from thisby the Fermi surface. Complementarily, the Fermi surface also appears to bedriven away from its non-interacting value at certain doping levels, givingrise to a host of unusual electronic properties.

Non-monotonic Fermi surface evolution and its correlation with stripe ordering in bilayer manganites