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Andrew Majda

Professor of Mathematics; Principal Investigator

    1974 …2019
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    Mathematics

    Turbulence
    Model Error
    Stochastic Model
    Model
    Filtering
    Climate
    Dynamical system
    Vorticity
    Climate Models
    Geophysical Flows
    Uncertainty Quantification
    Applied mathematics
    Velocity Field
    Incompressible Flow
    Prediction
    Ensemble
    Intermittency
    Imperfect
    Forcing
    Turbulent Diffusion
    Passive Scalar
    Weak Solution
    Information Theory
    Shock
    Coherent Structures
    Dissipation
    Interaction
    Linear Response
    Fluid Flow
    Incompressible Fluid
    Filter
    Large-scale Structure
    Data Assimilation
    Fractal
    Ensemble Kalman Filter
    Vortex Filament
    Topography
    Range of data
    Low Frequency
    Energy
    Geometric Ergodicity
    Vortex Method
    Singular Limit
    One-dimensional Model
    Renormalization
    Metastability
    Fluctuation-dissipation Theorem
    Navier-Stokes Equations
    Difference Scheme
    Flame

    Earth & Environmental Sciences

    Madden-Julian oscillation
    convection
    parameterization
    heating
    skeleton
    moisture
    climate modeling
    troposphere
    oscillation
    gravity wave
    climate
    momentum
    equatorial wave
    prediction
    warm pool
    sea surface temperature
    eddy
    Kelvin wave
    simulation
    ocean
    convective system
    baroclinic mode
    Rossby wave
    filter
    dissipation
    Walker circulation
    westerly
    spectral analysis
    general circulation model
    boundary layer
    Southern Oscillation
    turbulence
    monsoon
    atmospheric general circulation model
    disturbance
    data assimilation
    global climate
    anomaly
    barotropic wave
    cumulus
    timescale
    tilt
    energy
    vortex
    sea ice
    intertropical convergence zone
    baroclinic wave
    stratiform cloud
    climate prediction
    atmosphere

    Physics & Astronomy

    Aerospace Sciences

    turbulence
    tropical regions

    General

    dynamical systems
    vortices
    intermittency
    scalars
    convection
    climate models
    closures
    predictions
    climate
    dissipation
    multiscale models
    tracers
    vortex filaments
    diffusivity
    forecasting
    fractals
    simulation
    shear
    state estimation
    assimilation
    shear layers
    information theory
    vortex sheets
    interactions
    scaling
    complex systems
    advection
    turbulent combustion
    divergence
    prototypes
    turbulent flames
    parameterization

    Physics

    velocity distribution
    turbulent diffusion
    Madden-Julian Oscillation
    gravity waves
    perturbation

    Mathematical and Computer Sciences

    statistics
    vorticity
    Monte Carlo method
    approximation
    theorems

    Aeronautics

    stratified flow

    Engineering

    Kalman filters
    filters
    spectrum analysis

    Geosciences

    oceans

    Chemistry and Materials

    incompressible fluids