Strategic Objectives
• Master the theoretical foundations of wave-based light manipulation.
• Design ultra-thin surface-relief structures for complex beam shaping.
• Bridge the gap between mathematical synthesis and physical fabrication.
• Implement DOE solutions in cutting-edge LIDAR, medical, and laser systems.
The Core Challenge
Traditional refractive lenses are limited by bulk, weight, and geometric constraints that stifle modern micro-optical innovation.
01
The Physics of Diffraction
02
Wave-Particle Duality
03
Huygens–Fresnel Principle
04
Fourier Optics
05
Fresnel Zones
06
Binary Optics
07
Computer-Generated Holography
08
The Gerchberg–Saxton Algorithm
09
Diffraction Gratings
10
Scalar Diffraction Theory
11
Rigorous Coupled-Wave Analysis
12
Photolithography
13
Electron-Beam Lithography
14
Diamond Turning
15
Optical Metrology
16
Laser Beam Shaping
17
Structured Light
18
Spectroscopy and Monochromators
19
LIDAR Systems
20
Metamaterials
21