Revolutionizing Solar Data and Modeling Solutions

Harnessing advanced technology for solar data assimilation and innovative modeling applications.

Innovative Solutions for Solar Data

We specialize in solar data assimilation, advanced model architecture, and application validation for enhanced understanding of space weather effects.

A large array of solar panels is installed across a snow-covered landscape, with modern buildings visible in the background. The sky is partly cloudy, adding a serene atmosphere.
A large array of solar panels is installed across a snow-covered landscape, with modern buildings visible in the background. The sky is partly cloudy, adding a serene atmosphere.
A metal pole extends upwards, holding a rectangular solar panel against a clear, bright blue sky. The panel has an inscription that reads 'PM3 WEED ASSESSMENT VIBRATION PROJECT' and features several metallic components bolted onto its underside.
A metal pole extends upwards, holding a rectangular solar panel against a clear, bright blue sky. The panel has an inscription that reads 'PM3 WEED ASSESSMENT VIBRATION PROJECT' and features several metallic components bolted onto its underside.
A solar-powered device is mounted on a platform in an outdoor setting, surrounded by a metal railing. Two large solar panels are prominently displayed on the front of the device, with a smaller white satellite dish and a dome-shaped object on top. The area around the platform is grassy with dry vegetation, and the background shows a vast expanse of blue sky with scattered clouds.
A solar-powered device is mounted on a platform in an outdoor setting, surrounded by a metal railing. Two large solar panels are prominently displayed on the front of the device, with a smaller white satellite dish and a dome-shaped object on top. The area around the platform is grassy with dry vegetation, and the background shows a vast expanse of blue sky with scattered clouds.

Empowering Space Weather Insights

Our mission includes developing cutting-edge technology for satellite radiation hardening and lunar base safety using advanced heliophysical models and data.

Advanced Solar Solutions

We provide cutting-edge data assimilation and modeling for solar and space weather applications.

A close-up view of a large array of solar panels, with a uniform pattern of dark blue photovoltaic cells arranged in a grid. The panels are lined with silver frames, reflecting sunlight and indicating a clear day.
A close-up view of a large array of solar panels, with a uniform pattern of dark blue photovoltaic cells arranged in a grid. The panels are lined with silver frames, reflecting sunlight and indicating a clear day.
Vast solar panel array stretches across a desert landscape, with sand dunes in the foreground and a clear blue sky overhead. The symmetry and alignment of the panels contrast with the organic forms of the surrounding sand.
Vast solar panel array stretches across a desert landscape, with sand dunes in the foreground and a clear blue sky overhead. The symmetry and alignment of the panels contrast with the organic forms of the surrounding sand.
Innovative Model Design

Developing Heliogpt-15b with physics-constrained architecture for accurate solar data interpretation and predictions.

Application Validation

Testing scenarios for satellite radiation hardening, aviation alerts, and lunar base protection from solar events.

Solar Data

Building a multidimensional database for solar and magnetospheric data.

A solar-powered model of a plane ride is placed on a wooden surface. It has a sign on it indicating 'SOLAR POWER PLANE RIDE'. Next to it on the left, there is a solar-powered model of a bicycle and on the right, there are small figurines and objects. The overall scene is dimly lit, with light focused on the central plane ride model.
A solar-powered model of a plane ride is placed on a wooden surface. It has a sign on it indicating 'SOLAR POWER PLANE RIDE'. Next to it on the left, there is a solar-powered model of a bicycle and on the right, there are small figurines and objects. The overall scene is dimly lit, with light focused on the central plane ride model.
Model Architecture

Developing Heliogpt-15b with physics-constrained transformer and uncertainty quantifier.

A dramatic solar eclipse with the silhouette of the moon partially covering the sun. Glowing solar prominences extend beyond the dark curve, set against a soft, fading gradient of light from golden to brown. The scene captures the celestial phenomenon with a mystical and awe-inspiring ambiance.
A dramatic solar eclipse with the silhouette of the moon partially covering the sun. Glowing solar prominences extend beyond the dark curve, set against a soft, fading gradient of light from golden to brown. The scene captures the celestial phenomenon with a mystical and awe-inspiring ambiance.
Application Validation

Validating applications for satellite radiation hardening and lunar base protection.

Innovation

Harnessing solar data for advanced modeling solutions.

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