Johns Hopkins APL Technical Digest

October-December 1995, Volume 16, Number 4

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Basic Research

Recent Development in Quantum Optics
J. D. Franson

The End of Classical Determinism
J. C. Sommerer

Applied Research

Analytical and Device-Related Applications of Nonlinear Optics
J. A. Miragliotta

Advanced Materials Technology Insertion
L. W. Hunter, D. D. Duncan, F. F. Mark, J. S. O'Connor, and J. W. White


Telemedicine: Health Care at a Distance
V. L. Pisacane

Systems Development

The Cooperative Engagement Capability


Master's Degree Program in Engineering and Applied Physics of Biomedicine
R. A. Farrell, V. L. Pisacane, I. N. Bankman, A. A. Shoukas, and M. B. Sachs

Quality Management

A System of Management for Organizational Improvement
K. A. Potocki and R C. Brocato


Publications and Presentations

Cover Information: Chaos theory shows that simple physical systems, like a ball moving in a potential well, can behave in ways that are almost unimaginably unpredictable, even without any intrinsic randomness. For example, the illustrated system has two possible qualitatively distinct outcomes, but the initial conditions leading to each of the outcomes are globally intermingled on arbitrarily fine scales, as shown by the mosaic-like panels. The cover also alludes to the analogy of continental drainage: when qualitatively distinct outcomes generically result from nearby starting conditions, it is as though the continental divide were everywhere. The article in this issue by J. C. Sommerer entitled "The End of Classical Determinism" explores how such conterintuitive behavior arises in simple systems, including those of engineering interest. (Cover illustration by Kenneth R. Moscati.)

Inside front cover information:

Editorial Board
Publishing Information
Abstracting Services

Inside back cover

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© 1995 by The Johns Hopkins University Applied Physics Laboratory.

The Electronic Version of the The Johns Hopkins APL Technical Digest was created by the Technical Publications Group (TIR).