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We find the finite-width, i.e., the layer thickness, of experimentalquasi-two dimensional systems produces a physical environment sufficient tostabilize the Moore-Read Pfaffian state thought to describe the fractionalquantum Hall effect at filling factor $\nu=5/2$. This conclusion is based onexact calculations performed in the spherical and torus geometries, studyingwavefunction overlap and ground state degeneracy

Finite Layer Thickness Stabilizes the Pfaffian State for the 5/2 Fractional Quantum Hall Effect: Wavefunction Overlap and Topological Degeneracy