- JeffreysB/A/A94-A186/A141
- File
- 1991
Part of Papers of Bertha Jeffreys
Copies of typescript drafts and of article as published (in Russian); English translations. Folder also includes tribute to Sir Harold by N. Kondorskaya. See also A124.
Part of Papers of Bertha Jeffreys
Copies of typescript drafts and of article as published (in Russian); English translations. Folder also includes tribute to Sir Harold by N. Kondorskaya. See also A124.
Part of Papers of Bertha Jeffreys
Offprint. See also C8-C13.
Part of Papers of Bertha Jeffreys
Offprint. See also C8-C13.
The Jeffreys Building, St John's College Innovation Park
Part of Papers of Bertha Jeffreys
The decision to name a building in the new innovation park after Sir Harold Jeffreys was made shortly before his death. In 1991 a tapestry by the artist Alison Mitchell was commissioned and later a memorial plaque and portrait were unveiled.
'The Michelson-Morley experiment'
Part of Papers of Bertha Jeffreys
Part of Papers of Bertha Jeffreys
Typescript + figures. Paper on Dirac's investigation of the magnetic monopole.
'The polarisabilities of atomic cores', Proceedings of the Cambridge Philosophical Society (1926)
Part of Papers of Bertha Jeffreys
See also C8-C13.
'The practical determination of self-consistent field of atoms'
Part of Papers of Bertha Jeffreys
Typescript, inscribed '(Revised, Oct '31)'.
Part of Papers of Bertha Jeffreys
Offprint (2 copies, one inscribed 'Copy with some corrections'). See also C19-C27.
Part of Papers of Bertha Jeffreys
Contents of folder so labelled (at a later date): correspondence, notes and calculations on the Relativistic Self-Consistent Field. At C19 is an explanatory note by Jeffreys, 1978. The mathematical technique known as the Relativistic Self-Consistent Field method (now known as the Hartree-Fock method, see C74) is an approximate method for the determination of the ground-state wavefunction and ground-state energy of a quantum many-body system. The three following folders (C28-C34, C35-C37 and C38-C43) also included material relating to the Relativistic Self-Consistent Field method. See also D12A and D13.