Ingeniería y ciencia de los materiales
Angular momentum
100%
Optical links
53%
Turbulence
40%
Solitons
36%
Vortex flow
36%
Optical communication
36%
Telecommunication links
29%
Iridium
28%
Ultrahigh vacuum
25%
Atmospheric turbulence
23%
Oxidation
19%
Surface reactions
18%
Hopf bifurcation
17%
Adaptive optics
15%
Catalytic oxidation
14%
Laser beams
14%
Bifurcation (mathematics)
14%
Carbon monoxide
14%
Hidden Markov models
13%
Catalysis
12%
Sensors
12%
Neurons
11%
Partial pressure
11%
Buckling
11%
Physics
11%
Single crystals
11%
Reaction rates
10%
Transmitters
10%
Dopamine
9%
Boundary conditions
9%
Wavefronts
9%
Domain walls
9%
Stochastic models
8%
Phase diagrams
8%
Machine learning
7%
Convolutional neural networks
7%
Free energy
7%
Signal detection
7%
Lighting
6%
Experiments
6%
Energy balance
6%
Magnetic resonance
6%
Magnets
6%
Thermal expansion
6%
Tensors
6%
Partial differential equations
6%
Modulation
6%
Probability distributions
6%
Deep learning
5%
Detectors
5%
Matemáticas
Dissipative Solitons
71%
Angular Momentum
53%
Turbulence
50%
Bifurcation
31%
Atmospheric Turbulence
24%
Superposition
22%
Carbon Monoxide
22%
Solitons
21%
Oxidation
20%
Adaptive Optics
19%
Sensor
18%
Laser Beam
18%
Random walk
17%
Laser Communication
17%
Propagation
15%
Buckling
15%
Markov Model
13%
Quintic
13%
Complex Ginzburg-Landau Equation
13%
Reaction-diffusion Equations
12%
Explosion
12%
Variational Principle
12%
Optical Vortex
12%
Machine Learning
11%
Stationary States
11%
Propagation Failure
11%
Free-space Optical Communication
11%
Heat
10%
Thermoelastic
10%
Fluctuations
10%
Combustion Wave
10%
Allometry
10%
Thermal Expansion
10%
Vegetation
10%
Temporal Correlation
10%
Individual-based Model
9%
Catalysis
9%
Modulation
9%
Single Crystal
9%
Vacuum
9%
Anomalous
9%
Stochastic Model
9%
Range of data
8%
Colored Noise
8%
Signal Detection
8%
Travelling Fronts
8%
Gradient Term
8%
Compartmental Model
8%
Crisis
8%
Pitchfork Bifurcation
8%
Física y astronomía
solitary waves
61%
Landau-Ginzburg equations
56%
angular momentum
56%
orbitals
47%
turbulence
43%
random walk
34%
oxidation
29%
reaction-diffusion equations
22%
surface reactions
20%
explosions
17%
atmospheric turbulence
17%
propagation
16%
constellations
16%
iridium
15%
pulses
15%
vortices
14%
machine learning
13%
decoding
13%
neurons
12%
optical communication
12%
sensors
12%
adaptive optics
11%
free-space optical communication
10%
laser beams
10%
collisions
10%
modulation
10%
lateral oscillation
10%
dopamine
9%
carbon monoxide
9%
vegetation
8%
hexagons
7%
light beams
7%
fishes
7%
transport theory
7%
signal detection
7%
scintillation
7%
trajectories
7%
heat
7%
flame propagation
7%
crystals
7%
classifying
7%
mathematics
7%
variational principles
7%
temperature gradients
7%
heat sources
6%
learning
6%
buckling
6%
ultrahigh vacuum
6%
estimates
6%
palladium
6%
