![](https://cdn.lanl.gov/21959858-eedc-4370-9139-c0508016886c.jpg)
- advanced architectures and programming models
- advanced numerical methods for anisotropic diffusion
- algorithms for ocean models and coupled model remapping
- biogeochemistry
- combustion modeling
- computational fluid dynamics
- consistent energy transfers
- continuous time random walk methods
- coupled ocean - sea ice - atmosphere boundary layer dynamics
- coupled ocean atmosphere interactions
- differentiable programming and machine learning
- discontinuous Galerkin methods
- discrete fracture network modeling
- earth system modeling
- ENO/WENO
- explicit time integration algorithms for fdem/dem/fem
- finite element methods
- finite volume methods
- fire behavior modeling
- geostrophic balance
- fracture and fragmentation solutions for continuum- and discontinuum-based simulation platforms
- fully coupled polar and global earth system modeling
- geophysical flows
- global carbon cycle
- helicity conservation
- high-order numerical methods
- HPC performance
- efficient solvers and transport-stabilized discretizations
- Lagrangian dynamics
- Lagrangian hydrodynamics
- large eddy simulation (LES) analysis and model development
- linear and nonlinear solvers for PDES
- machine learning
- mesh generation
- mimetic finite difference methods
- model reduction
- modeling and simulation of high strain rate processes
- multi-material flows
- multigrid methods
- multiphase flows
- numerical linear algebra
- numerical modeling of subsurface flow and transport
- parameterization (modeling) of turbulence in large scale ocean and atmosphere models
- particulate formation
- physical oceanography
- quantum computing
- reduced order modeling
- residual distribution
- sea ice mechanics
- structure preserving finite element methods
- synthesis of satellite measurements with earth system models
- time integration methods for numerical pdes
- turbulence modeling reactive flows
- uncertainty quantification methods
- wave
See Our Work
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1/10
![e3sm-5 model](https://cdn.lanl.gov/131a6c40-f55d-4eea-a885-4b77af8e409b.jpg)
2/10
![e3sm6](https://cdn.lanl.gov/5bf80a09-7acb-4b21-b391-219434eb82e0.jpg)
3/10
![e3sm 6](https://cdn.lanl.gov/1d27a5ad-f75e-4012-a4cd-5cae1f781562.jpg)
4/10
![firetec2](https://cdn.lanl.gov/da96c491-367b-4594-9dba-305e15c10b2e.jpg)
5/10
![firetec 3](https://cdn.lanl.gov/a8c9ae68-f55b-46f8-b524-59448e044ab5.jpg)
6/10
![well 1](https://cdn.lanl.gov/d7b092f2-8c57-4bb5-830c-5c34040cdcb1.jpg)
7/10
![e3sm4](https://cdn.lanl.gov/5d87f251-f969-43e7-8ae7-24e022c40fbe.png)
8/10
![e3sm3](https://cdn.lanl.gov/2580b081-5753-4e98-a7d7-afc38ea06096.jpeg)
9/10
![1](https://cdn.lanl.gov/feefdc55-31e7-450f-bb60-4d66c620f9d7.png)
10/10
![2](https://cdn.lanl.gov/2efea698-b75c-47ca-9945-ea330d882083.jpeg)