Page:Aether and Matter, 1900.djvu/27
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CONTENTS
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constituted of electrons: arguments in favour of its being mainly so constituted. The equations relative to the convected material system; transformed back to the standard form: resulting correlation with same system stationary, but with a time-origin varying from point to point; includes the previous special investigations: in static distributions the charges and electric forces are the same in both systems to the first order, but not the aethereal displacements and magnetic forces. | |
| Chapter XI Moving material system: approximation carried to the second order | 173 |
| Electrodynamic equations, taking account of individual electrons: referred to moving system: restored to standard form by change of scale in space and time: resulting correlation. Second-order shrinkage in an aethereally constituted system arising from convection. Optical propagation in moving matter: Earth's motion optically inoperative.; Null effect on structure of a molecule. Null effect on conductivity of the medium. Discussion_of null effect_to second order in Michelson's interference experiments. Are the linear equations of the aether exact? Inference as to structure from the definiteness of atomic masses: gravitation not involved with the present subject. | |
| SECTION IV | |
| Chapter XII On optical rotations magnetic and structural | 194 |
| Magneto-optic energy term: deduction of relation between polarization and electric force: the magnetic influence purely rotational. Equations of propagation: coefficient of rotation. A hypothesis as to relation of rotation to density: not experimentally verified. Physical explanation of the rotation. Theory of magneto-optic reflexion and the Kerr effect. Structural rotation: the equations: its kinetic origin. Chiral relations of ions. flotation produced by artificial twisted structure. See Appendix F. | |
| Chapter XIII Influence op the earth's motion on rotational optical phenomena | 211 |
| Equations for moving rotational medium: influence of convection on velocity of propagation: the convective effect simply superposed. Verification of Mascart's null result as regards structural rotation: consistent with the electron theory. Null result as regards magnetic rotation. | |