Resolve
Continuous flow is translated into discrete, inspectable computational fields.
Computational physics / ocean dynamics / numerical modeling
Hoda Hashemi
Continuous fluid physics, resolved through visible computation.
A research portfolio for geophysical flow, QGSW theory, MITgcm systems, CUDA/HPC implementation, and retrieval interfaces for scientific code.
domaingeophysical fluidsmethoddiscretized dynamicsstackFortran / CUDA / Pythoninterfacescientific AI tools
Scroll / resolveResearch operating system
A premium surface for serious computational work.
stable timestepspectral tracememory locality
Simulate
Ocean-model workflows become reproducible systems with visible assumptions and diagnostics.
Accelerate
Numerical kernels are shaped around memory, locality, stability, and measured throughput.
Explain
Retrieval systems expose model code, documents, and run logic as navigable scientific interfaces.
Selected fields
Four instruments in the same lab.
Field 01
QGSW dynamics
Quasi-geostrophic shallow-water models, spherical vortex methods, potential vorticity, and streamfunction structure.
Open notevorticityPV residual 2.1e-4
Field 02
MITgcm systems
Simulation workflows, verification experiments, source anatomy, diagnostics, and reproducible ocean-model operations.
Open noteverificationbuild graph 93 nodes
Field 03
CUDA / HPC
GPU kernels, memory movement, reductions, occupancy diagnostics, and performance-aware numerical implementation.
Open notethroughputthroughput x38
Field 04
LLM + RAG tools
Retrieval-augmented interfaces for model-code navigation, documentation lookup, code modification, and simulation execution.
Open noteinterfaceretrieval k=8
Notebook archive
Readable notes after the field resolves.
QGSW potential-vorticity structureVorticity, PV conservation, and spherical coordinate discretization.MITgcm setup and model anatomyBuild workflow, run directories, diagnostics, and verification experiments.CUDA/HPC implementation notesKernel structure, memory hierarchy, reductions, and profiling discipline.LLM/RAG for scientific modelsAgentic retrieval workflows for scientific modeling documentation and code.
Profile
Geophysical fluids, numerical methods, and scientific interfaces.
Hoda Hashemi is a computational physicist working in ocean dynamics and numerical modeling. The core thread is discretization: translating continuous geophysical flow into stable, inspectable computational fields.
The website follows the same logic: a live field, a restrained interface, and research surfaces that treat derivations, simulations, and software as one connected system.
Open print-friendly CV