Patents, Papers, Parts & Planet

Do student projects, academic research, and patents in synthetic biology form local innovation trajectories?

What this project is about

This project asks whether student research projects, academic publications, and patents within synthetic biology cluster together meaningfully. Does a city specializing in a specific cluster of student research predict further specialization in academic and commercial fields?

The guiding idea is that innovation in a technical field may follow a local path:

  1. Student projects (iGEM teams) introduce early ideas
  2. Academic papers develop and refine them
  3. Patents reflect downstream application and translation

We look at each artifact as a different expression of innovation and knowledge creation in a local region. Each artifact represents a unique expression of innovation, and the relatedness between them can show novel insights into innovation in an emergent field.

We test whether these three artifact types occupy related regions of semantic space, share thematic clusters, and show plausible city-level temporal continuity in the same subfield.

We do not claim to show causation. The language we use is: semantic relatedness, association, cluster overlap, plausible temporal sequence, and local innovation trajectory.

Primary case study: carbon capture in synthetic biology

The main worked example throughout this project is carbon capture in synthetic biology : engineering microorganisms to fix CO₂ or produce carbon-neutral fuels. This subfield is large enough to find examples across all three artifact types, and is directly relevant to planetary sustainability.

Note

All visualizations and results pages support filtering to the carbon-capture case study. Look for the “Carbon Capture” toggle.