Framework
The Computational Economy
Computation as a broad economic input
A thesis that computation is evolving from a tool used primarily for numerical processing into a broad economic input affecting cognition, biology, robotics, infrastructure, financial systems, and enterprise activity.
Core thesis
Computation is evolving from a tool used primarily for numerical processing into a broad economic input—one that affects cognition, biology, robotics, infrastructure, financial systems, and enterprise activity.
Organizing layers
This is an evergreen area of study. It can be organized into layers, each of which is intended to expand into its own sub-pages and diagrams over time:
- Compute — the underlying capacity that makes the rest possible.
- Energy — the constraint and enabler of large-scale computation.
- Financial Infrastructure — how capital and markets adapt.
- Physical Intelligence — robotics and systems that act in the world.
- Biological Intelligence — computation applied to life sciences.
- Advanced Computation — the frontier of what computation can do.
- Enterprise Applications — where these capabilities meet economic activity.
In-depth essay forthcoming
An extended essay expanding this framework, with case studies, is in preparation and will be published here.
Related
- The Computational Economy
- CRISPR, Gene Editing Possibly the Biggest Biotech Advance since Mapping the Human Genome
- Family Offices are Investing Heavily in Artificial Intelligence: Here are Five Reasons Why
- The Wealthy are Leaving the Public Markets in Favor of Private Markets. Here’s Why.
- The Compute Buildout: AI Infrastructure as an Economic Constraint
- Robotics and the Move Toward Physical Intelligence
- Biotechnology After the Computational Turn
- Enterprise Software in the Computational Economy