- In physics, a
pseudopotential or
effective potential is used as an
approximation for the
simplified description of
complex systems.
Applications include...
- with the
valence electrons. The use of an
effective interaction, a
pseudopotential, that
approximates the
potential felt by the
valence electrons, was...
- plane-wave
pseudopotential method BerkeleyGW - plane-wave
pseudopotential method CP2K - Gaussian-based low-scaling all-electron and
pseudopotential method...
- S2CID 32913032.
Yambo - plane-wave
pseudopotential BerkeleyGW – plane-wave
pseudopotential ExC - plane-wave
pseudopotential Fiesta -
Gaussian all-electron...
- is
based on density-functional theory,
plane wave
basis sets, and
pseudopotentials (both norm-conserving and ultrasoft).
ESPRESSO is an
acronym for opEn-Source...
-
these are the cc-pV(N+d)Z
basis sets. Even
larger atoms may
employ pseudopotential basis sets, cc-pVNZ-PP, or relativistic-contracted Douglas-Kroll basis...
-
William C. Topp and
Hopfield introduced the
concept of norm-conserving
pseudopotentials in 1973. In 1974 he
introduced a
mechanism for
error correction in...
-
system of
identical bosons using the Hartree–Fock
approximation and the
pseudopotential interaction model. A Bose–Einstein
condensate (BEC) is a gas of bosons...
- of the
Wannier functions are most
easily calculated by the use of
pseudopotential methods. NFE, TB or
combined NFE-TB band
structure calculations, sometimes...
- of
quantum dots
often involve the
interaction of
electrons with a
pseudopotential or
random matrix.
Semiclassical models of
quantum dots
frequently incorporate...
