Our Expertise

Our transdisciplinary research is grounded in these key areas of expertise.

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3D flow chart

Developing computational models that capture interactions across biological, social, and engineered systems.
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big data dots filtered through simulation paths

Running large-scale simulations to explore scenarios, forecast outcomes, and support decision-making.
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Big data network

Using graph theory and network dynamics to understand how complex systems behave.
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AI neural network

Applying AI and machine learning to forecasting, decision support, and complex system analysis.
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digital twin city

Building realistic digital representations of populations and infrastructure to evaluate future outcomes.
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HPC room

Leveraging advanced computing to perform large-scale simulations and accelerate scientific discovery.
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Voices of Biocomplexity podcast logo

In the latest episode of Voices of Biocomplexity, Samarth Swarup explains how societal digital twins are changing the way scientists investigate our interconnected world.

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Podcast thumbnail

In a new episode of Voices of Biocomplexity, researcher Vidya Mani explains why understanding AI requires looking beyond algorithms to the complex networks of technology, infrastructure, and people that make them possible.

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3D Visualization of data layers in a city

What once took researchers a year to build for one metropolitan area can now be accomplished at national scale in just 12 hours. Explore BI's new interactive dashboard and discover how societal digital twins help scientists investigate the complex connections among people, infrastructure, and the environment.

Where Our Research Makes an Impact

These capabilities empower decision-makers with actionable insights for planning, response, and resilience.

BI by the Numbers

30+
years of large-scale systems modeling
$120M
grants & contracts since 2018
20+
federal & state partners

Our Latest Research Highlights

Find all of our publications on our Google Scholar page.