DIIS was developed by Peter Pulay in the field of computational quantum chemistry with the intent to accelerate and stabilize the convergence of the Hartree–Fock self-consistent field method.
DIIS |
) solve the coupled cluster equations using the Jacobi method and direct inversion of the iterative subspace (DIIS) extrapolation of the t-amplitudes to accelerate convergence.
His 18-page Concerning the gods of Samagitians, and other Sarmatians and false Christians (De diis Samagitarum caeterorumque Sarmatarum et falsorum Christianorum, written ca. 1582 and published in 1615) provides a list of Lithuanian gods and is an important resource in the study of the Lithuanian mythology.