Search for: [Abstract = "Using the self\-consistent field theory \(SCFT\) in spherical unit cells of various dimensionalities, D, a phase diagram of a diblock, A\-b\-B, is calculated in 5 dimensional space, d = 5. This is an extension of a previuos work for d = 4. The phase diagram is parameterized by the chain composition, f, and incompatibility between A and B, quantified by the product χN. We predict 5 stable nanophases\: layers, cylinders, 3D spherical cells, 4D spherical cells, and 5D spherical cells. In the strong segregation limit, that is for large χN, the order\-order transition compositions are determined by the strong segregation theory \(SST\) in its simplest form. While the predictions of the SST theory are close to the corresponding SCFT extrapolations for d = 4, the extrapolations for d = 5 significantly differ from them. We find that the S5 nanophase is stable in a narrow strip between the ordered S4 nanophase and the disordered phase. The calculated order\-disorder transition lines depend weakly on d, as expected"]
