Lawton Finance Labs
CircleNomics Accelerator


Control room of the Bevatron, UC Berkeley Radiation Lab, circa 1955
University of California, Berkeley Rad Lab, Lawton VI:

University of California, Berkeley Radiation Lab, Berkeley, CA

Lawton Sr. at work at the Rad Lab Building 43 November 28, 1951


atom smashed
1949
UC Berkeley Rad Lab photo of an atom being smashed, 1949

Lawton Sr. posing with the Synchrotron he helped manage, installed in the Smithsonian Museum in Washington, DC
Lawton Finance Labs
Son of Rad Lab: Lawton VII:

One of Lawton Finance Labs test sites, Peoples Bank of China, Beijing

Lawton Jr., Lawton Finance Labs, 350 Park Avenue, New York City, 1991


forecast smashed 1997
The Lawton Bond Model smashes forecasting expectations

Lawton VI and VII at a Lawton Finance Labs board meeting
discussing modeling physics and finance, 1980
Lawton Finance Labs
Bill Lawton, founder of Seagate Global Group, has formalized Lawton Finance Labs (LFL), his long‑time private financial think tank, to accelerate the global implementation of CircleNomics.
CircleNomics combines circular economy principals with economics to create the new global economic circular operating system designed for efficiency, fairness, and sustainability. Further, CircleNomics is designed to be entirely self-funded.
CircleNomics is based on the research methodology passed on to the younger Lawton by his father, a physicist at the UC Berkeley Radiation Laboratory.
The Rad Lab
Lawton Finance Labs builds on the scientific approach pioneered at the UC Berkeley Radiation Laboratory (Rad Lab), where Dr. Ernest Lawrence and Dr. Luis Alvarez used particle accelerators to reveal the hidden structure and energy of matter. The process was simple and radical: form a theory, invent an instrument, break a complex system into its smallest components, observe the forces at work, and rebuild understanding from empirical evidence.
William Lawton Sr. spent three decades at the Rad Lab, assisting Lawrence and Alvarez in the design, construction, and operation of cyclotrons, synchrotrons, and bevatrons. His team helped uncover the sub‑atomic world and contributed to the foundations of the nuclear age.
Growing up around world‑class physicists, William Lawton Jr. absorbed the Rad Lab ethos: find a big problem, break it down, and solve it empirically.
Instead of accelerating particles, Lawton Jr. spent more than 40 years breaking down finance and economic behavior through real‑world institutional investment experiments across global markets, investment types, and economic cycles.
The images above and below show the Rad Lab heritage that was passed on to Lawton Finance Labs, a touch of LFL history. The pictures and framing also provide an analogy that financial markets have the same kind of untapped energy as the atom. The father helped tap the atom. The son is tapping and taming the unseen power of financial markets to create an age, not of nuclear abundance, but circular abundance.
The Financial Accelerator
The Rad Lab’s circular accelerators made invisible physical forces observable. Lawton Finance Labs adapted that methodology from the hard sciences to financial markets. The challenge was how to emulate a particle accelerator in a social‑science environment. The only viable solution was to conduct live investment experiments with real capital, which Lawton executed and analyzed over decades.
The financial accelerator at Lawton Finance Labs applies this same logic to macro‑financial systems.
The method:
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Make an investment
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Track and decompose returns into progressively smaller components
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Map the causal structure of markets as they actually function
This approach reveals how interest rates form, how liquidity moves, how cycles emerge, and how policy decisions propagate through the system — replacing linear assumptions with a circular, dynamic view of markets.
Through years of empirical work, the Lawton Bond Model emerged and has been validated over three decades across:
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Global markets
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Used to produce positive returns with low volatility during the 2008 financial crisis
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Used by the #1 GAIM‑ranked global fixed‑income fund (GAIM, 2004)
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Used by top‑10 BarclayHedge‑ranked emerging‑market teams
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Sovereign policy
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Long‑term advisory work with the People’s Bank of China
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Advisory work with Yunnan Province and Kunming
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Applications in Malaysia, the Philippines, and Bougainville
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Institutional confirmation
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China Everbright, CITIC Capital, Trust Company of the West, Nikko Capital, Seagate Global and others
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Academic validation
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Teaching and applied use at Tsinghua University
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Forecast validation
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the 1987 stock‑market crash
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the 1994 bond‑market crash
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the 1997 Asian Financial Crisis
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the Global Financial Crisis (2008)
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the post‑pandemic inflation shock (2022)
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This record demonstrates that the framework is operational, not theoretical, and effective under real‑world constraints. Few models approach the Lawton Bond Model in terms of performance under real‑world conditions, especially in identifying negative global-macro events, making the model well suited for artificial intelligence applications and policy guidance.
Circlenomics
Circlenomics is a global economic operating system designed to align finance, national policy, and circular‑economy principles and technologies so that sustainability becomes self‑funding and cooperation becomes the self‑interested path. Circlenomics is designed to more fully utilize one of the most powerful — and most misunderstood — forces ever created: global financial markets.
Circlenomics extends Lawton Bond Model thinking to the broader economy, focusing on how value circulates — how it is created, distributed, reinvested, and regenerated. It emphasizes:
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Strategic value creation
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Full‑cost accounting
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Long‑term productivity
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Regenerative investment
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Fairness
The core insight is simple: human survival, let alone prosperity, depends on cooperation. Cooperation requires trust. Circlenomics integrates social and economic incentives while incorporating new trust‑building technologies (such as stablecoins or tokenization). Cooperation becomes the self‑interested path. Under Circlenomics, sustainability becomes self‑funding by unlocking massive market inefficiencies that are often overlooked.
Accelerating Circlenomics
Lawton Finance Labs developed Circlenomics with input from the Lima Institute of Brazil, recognizing that any credible plan for human prosperity must include preserving the Amazon rainforest.
The Lima Institute and Lawton Finance Labs are implementing an Integrative Plan – Sustainable Finance Fund (SFF).
The Sustainable Finance Fund constitutes the first operational step in implementing Circlenomics — the global economic operating system designed to align finance, national policies, and circular‑economy principles.
The SFF is conceived as a catalyst vehicle. Its primary objective is to translate the Circlenomics strategic framework into funded, measurable pilot interventions that demonstrate how circularity can be scaled, monetized, and embedded into everyday life without sacrificing growth. By concentrating capital, technical assistance, and governance innovation across coordinated pilot projects, the SFF will create replicable models, reduce early‑adoption risk, and generate the data and financial returns needed to unlock larger public and private capital flows for systemic transition.
The SFF is the first practical expression of this system. By aligning incentives across nations, markets, and communities, the SFF will transform economic inefficiency into economic value and channel it into long‑term regeneration, development, and stability. Circlenomics defines simple, measurable goals that unify stakeholders and enable accountability — for example: recycle 100%, net‑zero deforestation, protect the Amazon rainforest (and other forests), and support and learn from Indigenous Peoples.
The expected outcome of CircleNomics is a cleaner, more stable, more cooperative, more efficient, more equitable, and more prosperous world. The only cost? Cooperation.
Inspiration from Dr. Luis Alvarez
Physics Nobel Prize Laureate
UC Berkeley Rad Lab Chief
"Most of us who become experimental physicists do so for two reasons; we love the tools of physics because to us they have intrinsic beauty, and we dream of finding new secrets of nature as important and as exciting as those uncovered by our scientific heroes."
Luis Alvarez, Physics Nobel Prize Laureate

