Some important references to Boys and Gaussian wavefunctions:

 

Samuel F. Boys

1911 - 1972

Samuel F. Boys in 1952. Picture courtesy and © by G. G. Hall

Samuel Francis Boys was born in 1911, he died in 1972. More details e.g. by G.G. Hall here.

{Note by this website : There will be more here occasionally - have to get some additional materials.}

Some important references to Boys and Gaussian wavefunctions:


S.F. Boys,
Electronic wavefunctions. I. A general method of calculation for stationary states of any molecular system.
Proc. Roy. Soc. [London], A 200, 542-554 (1950).        Another BIG classic of QC! Read ithere!

S.F. Boys,
Electronic wavefunctions. II. A calculation for the ground state of the beryllium atom.
Proc. Roy. Soc. [London], A 201, 125-137 (1950).

S.F. Boys,
Electronic wavefunctions. III. Some theorems on integrals of antisymmetric functions of equivalent orbital form.
Proc. Roy. Soc. [London], A 206, 489-509 (1951).

S.F. Boys,
Electronic wavefunctions. IV. Some general theorems for the calculation of Schrödinger integrals between complicated vector-coupled functions for many-electron atoms.
Proc. Roy. Soc. [London], A 207, 181-197 (1951).

S.F. Boys,
Electronic wavefunctions. V. Systematic reduction method for all Schrödinger integrals of conventional systems of antisymmetric vector-coupled functions.
Proc. Roy. Soc. [London], A 207, 197-215 (1951).

S.F. Boys,
Electronic wavefunctions. VI. Some theorems facilitating the evaluation of Schrödinger integrals of vector-coupled functions.
Phil. Trans. A 245, 95-115 (1952).

M.J.M. Bernal and S.F. Boys,
Electronic wavefunctions. VII. Methods of evaluating the fundamental coefficients for the expansion of vector-coupled functions Schrödinger integrals and some values of these.
Phil. Trans. A 245, 116-138 (1952).

M.J.M. Bernal and S.F. Boys,
Electronic wavefunctions. VII. Methods of evaluating the fundamental coefficients for the expansion of vector-coupled functions Schrödinger integrals and some values of these.
Phil. Trans. A 245, 116-138 (1952).

M.J.M. Bernal and S.F. Boys,
Electronic wavefunctions. VIII. A calculation of the ground states Na⁺, Ne and F ^-.
Phil. Trans. A 245, 139-154 (1952).

S.F. Boys,
Electronic wavefunctions. IX. Calculations for the three lowest states of the beryllium atom.
Proc. Roy. Soc. [London], A 217, 136-150 (1952).

S.F. Boys,
Electronic wavefunctions. X. A calculation of eight variational poly-detor wave functions for boron and carbon.
Proc. Roy. Soc. [London], A 217, 235-251 (1952).

S.F. Boys and V.E. Price,
Electronic wavefunctions. XI. A calculation of eight variational wave functions for Cl, Cl ^-, S and S ^-.
Phil. Trans. A 246, 451-462 (1952).

S.F. Boys and R.C. Sahni,
Electronic wavefunctions. XII. The evaluation of the general vector-coupling coefficients by automatic computation.
Phil. Trans. A 246, 462-479 (1952).
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S.F. Boys, G.B. Cook, C.M. Reeves and I. Shavvitt,
Automatic fundamental calculations of molecular structure.
Nature 178, 1207 (1958).

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