Keyphrases
Dissipative Solitons
100%
Orbital Angular Momentum
80%
Turbulence
74%
Orbital Angular Momentum States
70%
CO Oxidation
52%
Free-space Optical Communication
51%
(111) Surface
49%
Optical Vortex
49%
Complex Cubic-quintic Ginzburg-Landau Equation
46%
Bifurcation
42%
Atmospheric Turbulence
42%
Iridium
39%
Carbon Monoxide Oxidation
39%
Surface Reaction
37%
Free-space Laser Communication
36%
Communication Link
35%
Turbulence Strength
34%
Complex Ginzburg-Landau Equation
33%
Coherent Propagation
29%
Coherent Detection
29%
Contrast Detection
29%
High Contrast
29%
Vortex Beam
29%
Colored Noise
27%
Ultra-high Vacuum
26%
Traveling Wave
25%
Shack-Hartmann Sensor
24%
Vacuum Condition
24%
Orbital Angular Momentum Mode
24%
Spatial Diversity
22%
External Noise
22%
One-dimensional Lattice
22%
Scintillation
22%
Anti-persistent
22%
Persistent Random Walk
22%
Random Walk
22%
Laser Communication
21%
Spatial Dimension
20%
Shack-Hartmann
20%
Terrestrial FSO
19%
Phase Grating
19%
Chaotic Diffusion
19%
Ir(111)
19%
Temporal Correlation
19%
Reaction-diffusion Equations
19%
Topological Charge
19%
Vegetation Patterns
19%
Thalamic Neurons
19%
Multiple States
19%
Two-layer
19%
Engineering
Orbital Angular Momentum
88%
Communication Link
42%
Free Space
36%
Superposition
31%
Laser Beams
31%
Vortex
29%
Spatial Diversity
29%
Energy Engineering
24%
Colored Noise
24%
Catalytic Oxidation
24%
Atmospheric Turbulence
21%
Energy Distribution
19%
Spatial Dimension
19%
Bistables
19%
Control Parameter
19%
Oscillatory
19%
Annular Geometry
19%
Temporal Correlation
19%
Regularization
19%
Diffusivity
19%
Solitary Wave
19%
Radial Mode
16%
Rod
16%
Diffusion Equation
14%
Partial Pressure
14%
Stable Stationary State
14%
Mathematical Modeling
14%
Eigenvalue
14%
Design Phase
13%
Real Part
13%
Approach Velocity
13%
Thermal Gradient
13%
Convolutional Neural Network
13%
Signal Constellation
12%
Traveling Wave
12%
Optical Link
12%
Learning System
12%
Gauss
11%
Phase Composition
11%
Competing Reaction
9%
Signal Detection
9%
Equilibrium Configuration
9%
Static Solution
9%
Physical Model
9%
Rotors
9%
Newton's Method
9%
Exhaustive Search
9%
Signal Modulation
9%
Data Modulation
9%
Thermodynamic Potential
9%