Christopher Robert Schleif
chrissch@chrisschleif.com
chrisschleif.com





Refereed Publications:

C.R.Schleif and J.B.Delos "Monodromy and the structure of the energy spectrum of hydrogen in near perpendicular electric and magnetic fields"
Phys. Rev. A 76 013404 (2007)

  • Phys. Rev. A 76 013404 (2007)


  • C.R.Schleif and J.B.Delos "Semiclassical theory of the structure of the hydrogen spectrum in near perpendicular electric and magnetic fields: Derivations and formulas for Einstein-Brillouin-Keller-Maslov quantization and description of monodromy"
    Phys. Rev. A 77 043422 (2008)

  • Phys. Rev. A 77 043422 (2008)


  • Supplementary Material to PRA 77 043422 is archived with AIP at:
    ftp://ftp.aip.org/epaps/phys_rev_a/E-PLRAAN-77-087804/
    ( A better version of this material is here: )
  • Supplements for Phys. Rev. A 77 043422 (2008)


  • J.B.Delos, C.R.Schleif and G.Dhont "Static and dynamical manifestations of hamiltonian monodromy"
    Journal of Physics Conference Series 99 012005 (2008)

  • J. Phys. Conf. Ser. 99 012005 (2008)



  • Errata:

    XXXX Phys. Rev. A 76 013404 (2007):

    Fig. 4 Caption: The reported n manifold, and n manifolds used in the basis for the quantum calculation are incorrect. They actually are:
    n = 20 and the quantum basis included n manifolds 18 - 22


    XXXX Phys. Rev. A 77 043422 (2008):

    Eq. (5d): The fourth term should be multiplied by 1/2
    ...+ 1/2 d2H0/dN2 (df1 / d phiN)2 + ...

    Eq. (10b): This collection of commutators have a sign error, this equation should read
    {M,M} = epsilon L

    Eq. (A2): The right hand side of this equation is actually the definition of the components of RT
    RTi,j = rhs

    Fig. 3(a): The W axis is inverted (W = mu_1 - mu_2)




    UC Merced Physics
    William & Mary Physics Department
    SUNY Geneseo Department of Physics and Astronomy