Book contents
- Frontmatter
- PREFACE
- Contents
- ERRATA
- NOTES OF LECTURES ON MOLECULAR DYNAMICS AND THE WAVE THEORY OF LIGHT
- ADVERTISEMENT
- LECTURE I
- LECTURE II
- LECTURE III
- LECTURE IV
- LECTURE V
- LECTURE VI
- LECTURE VII
- LECTURE VIII
- LECTURE IX
- LECTURE X
- LECTURE XI
- LECTURE XII
- LECTURE XIII
- LECTURE XIV
- LECTURE XV
- LECTURE XVI
- LECTURE XVII
- LECTURE XVIII
- LECTURE XIX
- LECTURE XX
- APPENDIX A ON THE MOTION PRODUCED IN AN INFINITE ELASTIC SOLID BY THE MOTION THROUGH THE SPACE OCCUPIED BY IT OF A BODY ACTING ON IT ONLY BY ATTRACTION OR REPULSION
- APPENDIX B NINETEENTH CENTURY CLOUDS OVER THE DYNAMICAL THEORY OF HEAT AND LIGHT
- APPENDIX C ON THE DISTURBANCE PRODUCED BY TWO PARTICULAR FORMS OF INITIAL DISPLACEMENT IN AN INFINITELY LONG MATERIAL SYSTEM FOR WHICH THE VELOCITY OF PERIODIC WAVES DEPENDS ON THE WAVE-LENGTH
- APPENDIX D ON THE CLUSTERING OF GRAVITATIONAL MATTER IN ANY PART OF THE UNIVERSE
- APPENDIX E AEPINUS ATOMIZED
- APPENDIX F
- APPENDIX G HYDROKINETIC SOLUTIONS AND OBSERVATIONS
- APPENDIX H ON THE MOLECULAR TACTICS OF A CRYSTAL
- APPENDIX I ON THE ELASTICITY OF A CRYSTAL ACCORDING TO BOSCOVICH
- APPENDIX J MOLECULAR DYNAMICS OF A CRYSTAL
- APPENDIX K ON VARIATIONAL ELECTRIC AND MAGNETIC SCREENING
- APPENDIX L ELECTRIC WAVES AND VIBRATIONS IN A SUBMARINE TELEGRAPH WIRE
- INDEX
- Frontmatter
- PREFACE
- Contents
- ERRATA
- NOTES OF LECTURES ON MOLECULAR DYNAMICS AND THE WAVE THEORY OF LIGHT
- ADVERTISEMENT
- LECTURE I
- LECTURE II
- LECTURE III
- LECTURE IV
- LECTURE V
- LECTURE VI
- LECTURE VII
- LECTURE VIII
- LECTURE IX
- LECTURE X
- LECTURE XI
- LECTURE XII
- LECTURE XIII
- LECTURE XIV
- LECTURE XV
- LECTURE XVI
- LECTURE XVII
- LECTURE XVIII
- LECTURE XIX
- LECTURE XX
- APPENDIX A ON THE MOTION PRODUCED IN AN INFINITE ELASTIC SOLID BY THE MOTION THROUGH THE SPACE OCCUPIED BY IT OF A BODY ACTING ON IT ONLY BY ATTRACTION OR REPULSION
- APPENDIX B NINETEENTH CENTURY CLOUDS OVER THE DYNAMICAL THEORY OF HEAT AND LIGHT
- APPENDIX C ON THE DISTURBANCE PRODUCED BY TWO PARTICULAR FORMS OF INITIAL DISPLACEMENT IN AN INFINITELY LONG MATERIAL SYSTEM FOR WHICH THE VELOCITY OF PERIODIC WAVES DEPENDS ON THE WAVE-LENGTH
- APPENDIX D ON THE CLUSTERING OF GRAVITATIONAL MATTER IN ANY PART OF THE UNIVERSE
- APPENDIX E AEPINUS ATOMIZED
- APPENDIX F
- APPENDIX G HYDROKINETIC SOLUTIONS AND OBSERVATIONS
- APPENDIX H ON THE MOLECULAR TACTICS OF A CRYSTAL
- APPENDIX I ON THE ELASTICITY OF A CRYSTAL ACCORDING TO BOSCOVICH
- APPENDIX J MOLECULAR DYNAMICS OF A CRYSTAL
- APPENDIX K ON VARIATIONAL ELECTRIC AND MAGNETIC SCREENING
- APPENDIX L ELECTRIC WAVES AND VIBRATIONS IN A SUBMARINE TELEGRAPH WIRE
- INDEX
Summary
HAVING been invited by President Gilman to deliver a course of lectures in the Johns Hopkins University after the meeting of the British Association in Montreal in 1884, on a subject in Physical Science to be chosen by myself, I gladly accepted the invitation. I chose as subject the Wave Theory of Light with the intention of accentuating its failures; rather than of setting forth to junior students the admirable success with which this beautiful theory had explained all that was known of light before the time of Fresnel and Thomas Young, and had produced floods of new knowledge splendidly enriching the whole domain of physical science. My audience was to consist of Professorial fellow-students in physical science; and from the beginning I felt that our meetings were to be conferences of coefficients, in endeavours to advance science, rather than teachings of my comrades by myself. I spoke with absolute freedom, and had never the slightest fear of undermining their perfect faith in ether and its light-giving waves: by anything I could tell them of the imperfection of our mathematics; of the insufficiency or faultiness of our views regarding the dynamical qualities of ether; and of the overwhelmingly great difficulty of finding a field of action for ether among the atoms of ponderable matter. We all felt that difficulties were to be faced and not to be evaded; were to be taken to heart with the hope of solving them if possible; but at all events with the certain assurance that there is an explanation of every difficulty though we may never succeed in finding it.
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- Publisher: Cambridge University PressPrint publication year: 2010First published in: 1904