Contents
Executive Summary | 1 |
Chapter 1 Introduction | 3 |
Chapter 2 Background | 4 |
Successes of Nonlinear Science | 7 |
Naval Needs NRL Capabilities and Nonlinear Science Research Opportunities | 10 |
Chapter 5 Summary | 22 |
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Common terms and phrases
active adaptive allows analysis applications approaches areas associated basic behavior challenge chaos chaotic chaotic systems Chapter coherent complex computational conducting crack currently demonstrated developed devices difficult dynamics effective efficient efforts electronic engineering environment essential example experimental experiments external fiber field fractal future geometries growth highly impact important inherently instabilities interactions interdisciplinary interest involving Laboratory laser lead learning limit linear materials mathematical mechanics methods modeling motion nature Naval Navy needs nonlinear dynamics nonlinear phenomena nonlinear science novel Numerical observed occur operation optical orbit panel pattern recognition periodic physical polymers possible potential problem processing produced propagation properties pulse quantum Quantum mechanics range recent recognize requires response robots scale scattering semiconductor sensors signal signal processing significant similar simulations soliton sound spatial specific stable structures studied success synthesis techniques technologies theoretical theory trajectory turbulent typically understanding University waves x-ray