13

% MAIL GREITER TKM PHYSIK UNI KARLSRUHE DE · fermions in one dimension: one can always use the complex eigenfunctions of any supposed real Hamiltonian H to construct real ones, and

  • Upload
    others

  • View
    0

  • Download
    0

Embed Size (px)

Citation preview

Page 1: % MAIL GREITER TKM PHYSIK UNI KARLSRUHE DE · fermions in one dimension: one can always use the complex eigenfunctions of any supposed real Hamiltonian H to construct real ones, and
Page 2: % MAIL GREITER TKM PHYSIK UNI KARLSRUHE DE · fermions in one dimension: one can always use the complex eigenfunctions of any supposed real Hamiltonian H to construct real ones, and
Page 3: % MAIL GREITER TKM PHYSIK UNI KARLSRUHE DE · fermions in one dimension: one can always use the complex eigenfunctions of any supposed real Hamiltonian H to construct real ones, and
Page 4: % MAIL GREITER TKM PHYSIK UNI KARLSRUHE DE · fermions in one dimension: one can always use the complex eigenfunctions of any supposed real Hamiltonian H to construct real ones, and
Page 5: % MAIL GREITER TKM PHYSIK UNI KARLSRUHE DE · fermions in one dimension: one can always use the complex eigenfunctions of any supposed real Hamiltonian H to construct real ones, and
Page 6: % MAIL GREITER TKM PHYSIK UNI KARLSRUHE DE · fermions in one dimension: one can always use the complex eigenfunctions of any supposed real Hamiltonian H to construct real ones, and
Page 7: % MAIL GREITER TKM PHYSIK UNI KARLSRUHE DE · fermions in one dimension: one can always use the complex eigenfunctions of any supposed real Hamiltonian H to construct real ones, and
Page 8: % MAIL GREITER TKM PHYSIK UNI KARLSRUHE DE · fermions in one dimension: one can always use the complex eigenfunctions of any supposed real Hamiltonian H to construct real ones, and
Page 9: % MAIL GREITER TKM PHYSIK UNI KARLSRUHE DE · fermions in one dimension: one can always use the complex eigenfunctions of any supposed real Hamiltonian H to construct real ones, and
Page 10: % MAIL GREITER TKM PHYSIK UNI KARLSRUHE DE · fermions in one dimension: one can always use the complex eigenfunctions of any supposed real Hamiltonian H to construct real ones, and
Page 11: % MAIL GREITER TKM PHYSIK UNI KARLSRUHE DE · fermions in one dimension: one can always use the complex eigenfunctions of any supposed real Hamiltonian H to construct real ones, and
Page 12: % MAIL GREITER TKM PHYSIK UNI KARLSRUHE DE · fermions in one dimension: one can always use the complex eigenfunctions of any supposed real Hamiltonian H to construct real ones, and
Page 13: % MAIL GREITER TKM PHYSIK UNI KARLSRUHE DE · fermions in one dimension: one can always use the complex eigenfunctions of any supposed real Hamiltonian H to construct real ones, and