Digital assets, tokenization, stablecoins, and AI.
MIT Sloan executive education courses, the MIT Digital Currency Experiment and the research it produced, and a live demo of how blockchain works.
MIT Sloan executive education courses, the MIT Digital Currency Experiment and the research it produced, and a live demo of how blockchain works.
Develop an understanding of blockchain technology and its business applications, and learn to evaluate where distributed ledgers create real economic value.
Gain an understanding of the future of blockchain technology and the possibilities that lie ahead for crypto — from finance to Web 3 — with MIT Sloan faculty and experts in the field.
undergraduates — every MIT student — offered Bitcoin.
One of the largest field experiments on technology diffusion ever run. Its finding changed how new technologies get seeded — published in Science.
A unified economic theory of the AGI transition. As the cost to automate falls faster than the cost to verify, a widening Measurability Gap separates what agents can execute from what humans can afford to verify — making verification, not intelligence, the binding constraint on growth. The framework partitions work into four regimes, formalizes measurability-biased technical change, and shows how unverified deployment drifts toward a Hollow Economy of counterfeit utility unless observability, accelerated mastery, and graceful degradation expand society's verification bandwidth.
Talks on the economics of the blockchain at the MIT ICT Conference and the CIO Symposium, the road from Libra to stablecoins and CBDCs, short explainers — and the interactive Live Blockchain demo.
Talks, videos & slides →