Strategic Objectives
• Master the mathematics of thermal blooming and beam distortion.
• Understand how to bypass atmospheric turbulence with adaptive optics.
• Identify the specific molecular absorption windows for maximum efficiency.
• Predict and mitigate the physical limitations of high-energy laser propagation.
The Core Challenge
Directed energy systems face a chaotic enemy: the very air they travel through, which distorts, absorbs, and deflects power.
01
The Nature of Directed Energy
02
The Atmosphere as a Medium
03
Electromagnetic Wave Propagation
04
The Mechanics of Molecular Absorption
05
Atmospheric Windows
06
Rayleigh and Mie Scattering
07
The Challenge of Thermal Blooming
08
Atmospheric Turbulence
09
Scintillation and Beam Wander
10
The Beer-Lambert Law
11
Adaptive Optics Solutions
12
Wavefront Sensing
13
Laser Guide Stars
14
The Strehl Ratio
15
Phase Conjugation
16
The Role of Meteorological Modeling
17
Boundary Layer Effects
18
High-Energy Laser Systems
19
Aero-Optics in Flight
20
Computational Fluid Dynamics
21