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A test model for fluctuationdissipation theorems with time-periodic statistics
Boris Gershgorin, Andrew J. Majda
Mathematics
Center for Prototype Climate Modeling
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Dive into the research topics of 'A test model for fluctuationdissipation theorems with time-periodic statistics'. Together they form a unique fingerprint.
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Mathematics
Climate
14%
Climate Change
16%
Complex Systems
10%
Cycle
14%
Dissipation
31%
Equilibrium State
11%
First-order
14%
Fluctuation-dissipation Theorem
100%
Forcing
42%
Gaussian Approximation
55%
Gradient
8%
Model
20%
Nonlinear Interaction
14%
Nonlinear Model
10%
Order Statistics
20%
Performance
6%
Periodic Forcing
14%
Perturbation
21%
Skills
12%
Statistical property
10%
Statistics
43%
Stochastic Model
9%
Physics & Astronomy
approximation
22%
Atmospheric General Circulation Models
22%
climate
13%
climate change
16%
complex systems
11%
cycles
14%
dissipation
25%
interactions
4%
performance
4%
perturbation
21%
planetary waves
11%
statistics
49%
temperature gradients
9%
theorems
53%
Engineering & Materials Science
Climate change
11%
Large scale systems
9%
Statistics
47%
Stochastic models
11%
Thermal gradients
10%