MS
Member Since 2020
Miguel Solano
Research Scientist, Sofar Ocean Technologies
As a Research Scientist at Sofar Ocean, I'm working to develop a data-assimilative fully coupled Ocean-Wave-Atmosphere forecasting system (using MOM6-WW3-FV3Shield) that runs in a containerized cloud-HPC setup to deliver accurate and reliable weather forecasts. With over 10 years of experience in numerical modeling of fluid dynamics, I have a strong background in ocean and atmospheric modeling, turbulent mixing, air-sea interactions, tides, software development, and optimization.
Professional Experience
Sofar Ocean Technologies
Research Scientist
2023 - Present
University of Southern Mississippi
Postdoc
2020 - 2023
Naval Research Laboratory
Research Associate
2018 - 2020
University of Texas at Dallas
Research Assistant
2013 - 2017
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Education
Doctorate
2017
Doctorate
2017
University of Southern Mississippi
Doctorate
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Publications
Nonlinear Internal Tides in a Realistically Forced Global Ocean Simulation
The decay of the low‐mode internal tide due to the superharmonic energy cascade is investigated in a realistically forced global Hybrid Coord...
December 01, 2023
On the Spatial Variability of the Mesoscale Sea Surface Height Wavenumber Spectra in the Atlantic Oc...
The wavenumber spectral slope of sea surface height (SSH) computed within the mesoscale range (70–250 km) from satellite altimetry exhib...
October 11, 2022
AGU Abstracts
Higher Harmonic Internal Tides in Global Ocean Simulations
OCEAN SCIENCES 2024
physical oceanography: mesoscale and smaller | 21 february 2024
Mujeeb A. Abdulfatai, Maarten C. Buijsman, Miguel ...
Tidally generated internal waves (internal tides; ITs) are an important component of the ocean's dynamic processes, influencing ocean mixing and the g...
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Higher Harmonic Internal Tides in Global Ocean Simulations
OCEAN SCIENCES 2024
physical oceanography: mesoscale and smaller | 19 february 2024
Mujeeb A. Abdulfatai, Maarten C. Buijsman, Miguel ...
View Abstract
Supertidal energy transfers due to interference between semidiurnal mode 1 and 2 internal waves
OCEAN SCIENCES 2024
physical oceanography: mesoscale and smaller | 19 february 2024
Maarten C. Buijsman, Miguel Solano, Jay F. Shriver...
We investigate the cascade of low-mode internal tide energy from semidiurnal to supertidal (>2.67 cpd) frequencies in a realistically forced global...
View Abstract
Check out all of Miguel Solano’s AGU Research!
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