As this method of imaging becomes better understood, it can offer the best solution for problems in fields as diverse as architecture, medicine and mechanical engineering.
With the award of the 1971 Nobel prize in physics to Dennis Gabor, holography has reached a new pinnacle of prestige. Gabor won his prize for the invention of holography, a form of wavefront reconstruction in which a coherent reference wave appears to unlock a three‐dimensional replica of an object from a two‐dimensional standing‐wave pattern.
This article is only available in PDF format
References
1. H. Kiemle, D. Roess, Einführung in die Technique der Holographie, Akademische Verlagsgesellschaft, Frankfort, 1969 (English translation to be published this year).
14. R. F. Wuerker, Proceedings of the Society of Photo‐optical Instrumentation Engineers Seminar on Developments in Holography, Boston, April 14, 15, 1971; R. F. Wuerker, L. O. Heflinger, Pulsed Laser Holography II, Technical Report No. AFAL‐TR‐71‐323, December 1971.
15. A. Vander Lugt, Proceedings of the Society of Photo‐optical Instrumentation Engineers Seminar on Developments in Holography, Boston, April 14, 15, 1971.
16. J. M. Burch, Proceedings of the Society of Photo‐optical Instrumentation Engineers Seminar on Developments in Holography, Boston, April 14, 15, 1971.
17. J. La Macchia, Proceedings of the Society of Photo‐optical Instrumentation Engineers Seminar on Developments in Holography, Boston, April 14, 15, 1971.
With strong magnetic fields and intense lasers or pulsed electric currents, physicists can reconstruct the conditions inside astrophysical objects and create nuclear-fusion reactors.
A crude device for quantification shows how diverse aspects of distantly related organisms reflect the interplay of the same underlying physical factors.