An aerial view of a natural landscape featuring a vibrant mix of colors. The scene displays a gradient of greens, yellows, and blues, interspersed with textured patches and small dark spots, suggesting mineral deposits or microbial mats.
An aerial view of a natural landscape featuring a vibrant mix of colors. The scene displays a gradient of greens, yellows, and blues, interspersed with textured patches and small dark spots, suggesting mineral deposits or microbial mats.
Model Development

Constructing differential game models for microbial community analysis.

Petri dish containing a series of bacterial colonies spread across a nutrient agar. The dish is divided into sections, one with a blue hue and another with a red hue. The colonies vary in size and shape, spreading in linear patterns.
Petri dish containing a series of bacterial colonies spread across a nutrient agar. The dish is divided into sections, one with a blue hue and another with a red hue. The colonies vary in size and shape, spreading in linear patterns.
A shallow pond with moss-covered rocks and a flow of water entering from a small pipe, surrounded by algae and plant growth along the edges.
A shallow pond with moss-covered rocks and a flow of water entering from a small pipe, surrounded by algae and plant growth along the edges.
Sunlit water flows gently over rocks with lush green algae and plants submerged beneath the clear surface. The light reflects off the water, creating shimmering patterns.
Sunlit water flows gently over rocks with lush green algae and plants submerged beneath the clear surface. The light reflects off the water, creating shimmering patterns.
Data Integration

Using experimental data to validate and parameterize models.

Innovative Energy Flow Modeling Solutions

We develop advanced differential game models to simulate energy dynamics in microbial communities, integrating experimental data for validation and refinement.

An intricate network of green algae spans the surface of the water, forming delicate, web-like structures. The water reflects light subtly, adding to the organic and natural appearance.
An intricate network of green algae spans the surface of the water, forming delicate, web-like structures. The water reflects light subtly, adding to the organic and natural appearance.
Water flows over moss-covered rocks with vibrant greenery surrounding it. The sunlight creates a textured play of light and shadows on the surface of the water and rocks.
Water flows over moss-covered rocks with vibrant greenery surrounding it. The sunlight creates a textured play of light and shadows on the surface of the water and rocks.

Simulation Analysis

Run simulations to analyze energy flow patterns and community stability, comparing results with experiments.

Simulation

Modeling energy dynamics in microbial communities effectively.

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