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The Generalisation of Geomatrical Optics*

Published online by Cambridge University Press:  03 November 2016

Extract

Geometrical Optics as a part of the mathematical curriculum in schools, universities, and technical colleges is now a dead subject, yet the generalised study of ray-tracing in optics started by Sir William Rowan Hamilton in 1824 is well worth attention on all sides. He writes: “Those who have meditated on the beauty and utility in theoretical mechanics of the general method of Lagrange, who have felt the power and dignity of that central dynamical theorem which he deduced in the Mécanique Analytique must feel that mathematical optics can only then attain a coordinate rank with mathematical mechanics when it shall possess an appropriate method and become the unfolding of a central idea.” With this end in view, Sir Wm. Hamilton submits his three papers on the Theory of Systems of Rays to the Royal Irish Academy, which, as Lord Rayleigh said, bear the mark of genius throughout. The enormous task that Sir Wm. Hamilton set himself will be evident when we discuss the wanderings of rays through optical systems in an elementary way to-night leading up to Hamilton’s general method of the Characteristic Function and its development.

Type
Research Article
Copyright
Copyright © Mathematical Association 1929

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Footnotes

*

Paper delivered to the Cardiff Mathematical Society Oct. 22/28.

References

page 549 note Prof. Filon, Trans. Opt. Soc. 22, 1921 (208).

page 553 note * A system of lenses, Charles Pendlebury.

page 562 note * Phil. Mag., March 1929. A. Buxton.

page 563 note * Spherical aberration.

page 563 note Curvature and astigmatism.

With coma in the remaining terms.

page 563 note Distortion.

page 563 note § Schwartzschild.