
ECONOMIC MODELS & MARKETS
Global economy rests on mainstream economic thought that is focused on narrow metrics and largely detached from physical reality. Building on the work of pioneers in fields such as ecological economics, systems thinking and complexity science, we're showing possibilities for radically better economic models.

The Flaws of Mainstream Economic Thought
Our global economic model represents the fundamental operating system that governs the behavior of nations, firms and individuals. The current global economy is driven by a neoclassical framework developed during an era of apparent ecological abundance and low technological complexity. This outdated mode of thought operates on a series of abstractions and value equations that treat the biosphere as a subsidiary of the economy instead of its container, that assign no value to the commons, that measure success exclusively along production and consumption volume and that in no way distinguish socially beneficial or harmful economic output. This framework says the market will naturally lead to the equilibrium that's best for everyone and that it will balance out social and environmental overshoots via price and technological innovation.
While this "invisible hand of the market" has merit under some conditions (small actors, satisfaction of basic material needs, low technological power, small size of the economy relative to the environment, absence of financial reinforcing feedback loops that drive accumulation of wealth and power, fast enough feedback loops between environment and economy...), those conditions don't hold today. We have global corporate giants capable of swaying entire markets, we're long past satisfying basic needs (economic growth is thus coming from generating artificial demand and hijacking our psychologies), we have exponential technological power capable of mass-scale influence, the economy is overshooting planetary ecological boundaries, the runaway financial economy is causing an unprecedented concentration of power and capital, and environmental buffers cause delayed feedback between economy's impact and environment's response.
Fundamentally Inadequate Metrics and Their Growth
At the heart of modern economic policy lies a fixation on Gross Domestic Product (GDP) as a measure of nations' welfare. GDP is a measure of a nation's production. Its origins date back to the late 17th century as an attempt to calculate tax burden during the Anglo-Dutch wars, but its modern form was developed by Simon Kuznets in the 1930s in order to guide policy in the Great Depression. Ironically, Kuznets himself warned that GDP should only be seen as a measure of economic activity and not be confused with nation's welfare. But, after the Bretton Woods Agreement in 1944, that's exactly what happened - nations adopted it as a welfare metric to be continuously increased.
As some economists have pointed out and as GDP's origins suggest - it's a useful metric in times of crisis and/or war, when production quantity is a good proxy for welfare, but absolutely not as a goal to be pursued indefinitely. It makes no distinction between economic activity that generates genuine human wellbeing and activity that reflects social or environmental failure - such as healthcare expenditure because of sick population, cost of fixing environmental disasters, weapons production or addiction-driven consumption. In addition, the metric is completely blind to most of the things that are crucial for wellbeing, but not able to be monetized - such as the preservation of an old-growth forest, unpaid care work, healthy relationships, or the maintenance of a stable climate. That's why optimizing for GDP systematically erodes all of those in order to generate economic activity that is in large part not even beneficial to society.
This same failure of economic thought holds grip on the level of microeconomics too. Firms act in ways that maximize profits (especially corporations that have a fiduciary obligation to do so). Completely absent from these equations are all the non-monetary impacts of business. Driving addiction is good for business, increasing extraction of resources is good for business, polluting instead of paying for proper management of waste streams is good for business, exploiting cheap workforce is good for business...
Even though there have been many attempts to manage externalities - such as Pigouvian taxes or cap-and-trade systems, these have obviously proven to be completely insufficient in the face of the entire global economy pushing for growth.
All of this reflects a fundamental inadequacy of economic framework to serve as any kind of value system of society. And yet, we continue using it not only as a value system, but as THE value system of the entire global civilization.
The Disconnection from Biophysical Reality and Hopes of Absolute Decoupling
When confronted with the problems caused by economic growth, many will point at the concept of decoupling. Achieving absolute decoupling would mean that economies would grow while material and energy throughput would diminish. Whether this is achievable or not is a controversial debate, but, while data for some countries shows faint signs of decoupling, at the level of cumulative global economy this is theoretically not possible.
Real economy, as opposed to speculative financial economy, always depends on a combination of energy, material and human attention. While financial economy can in principle grow indefinitely without any physical limitations (after all, it's just abstract numbers), it by itself brings no value to anybody. The value occurs only when that money is spent in the real economy, which is physically limited. Our time and attention are limited, material resources are limited and available energy is limited (even renewable energy such as solar requires materials, infrastructure and land to capture and distribute).
Modern finance and economics treat capital as an abstract, self-replicating entity that can grow exponentially forever. However, the physical resources required to satisfy that capital - such as topsoil, fresh water, mineral reserves, ecosystems, stable weather patterns, human attention - follow logistic growth curves, cyclical patterns of regeneration, or absolute limits.
The Externalization of Living Capital: By designating natural and social life-support systems as "externalities," mainstream models incentivize their rapid depletion. Liquidating a pristine ecosystem for short-term timber revenue is classified as wealth creation, even though it destroys the long-term wealth of flood mitigation, water filtration, or carbon sequestration.
The Metabolic Rift: Linear economic design operates on a highly destructive "take-make-waste" trajectory. This model breaks the circular metabolic cycles found in nature. It extracts nutrients, minerals, and energy from the earth, processes them through an industrial engine, and deposits them as highly toxic, unabsorbable waste in our oceans, atmosphere, and soils.
When an economic system detaches itself from physical reality, it creates a widening chasm between financial claims and biophysical truths. This chasm manifests as growing systemic fragility, social instability and ecological degradation. Abstract financial assets can be printed overnight by central banks, but real wealth - measured in clean water, arable land, stable ecosystems, healthy population, peace, etc. - cannot. The compounding debt we owe to the biosphere and our children is now coming due in the form of supply chain collapses, destabilized climates, growing violence, chronic physical and mental illness and all the other existentially relevant risks.
A New Paradigm Emerging
Trying to patch the current system with superficial measures like standard ESG (Environmental, Social, and Governance) investing or carbon tax adjustments is fundamentally insufficient, evident not just in theory, but also in the lack of any progress in mitigating social and environmental externalities (like climate change) in spite of all the efforts. The rules of the economic game must be entirely rewritten to align with the principles of systemic vitality, resilience, and equitable distribution within biophysical boundaries.
The entire economic framework is built from trying to model collective human behaviour using the mathematics of a simple mechanical system. Complexity science shows us a different reality: the economy is an evolutionary, non-equilibrium, complex adaptive system characterized by non-linear feedback loops, path dependency, and emergent behaviors, nested within many larger planetary and social systems.
By treating the economy as a living metabolism rather than a linear optimization problem, we can design economic environments where prosocial and pro-ecological behaviors are emergent properties of the system's design, rather than rules enforced by constant policing and in constant conflict with the economic driving forces.
Our work in this topic is focused on three main activities:
1. Systems Research & Theoretical Foundations for a New Economy
Bringing together diverse knowledge and building on existing efforts in fields such as ecological economics, we're working to establish a new theoretical framework that reconciles economics with the physical reality.
2. Small Scale Experiments
We're working to explore different economic alternatives on the level of small-scale communities and local models, and to co-create grassroots systems embodying the new economic principles.
3. Advocacy on a Systemic Level
Our goal is to connect with higher leverage partners and institutions, capable of translating changes into national and international policy changes.
The Horizon
We are not calling for stagnation or a retreat from human ingenuity. On the contrary - we visualize an advanced civilization that defines economic success through two foundational lens which, importantly, cannot be fully quantified. A very important transition is thus the abandonment of fixation on quantitative development and focus on constant adaptiveness and becoming attuned to qualitative aspects.
Biophysical Stability means maintaining our global material and energy throughput within planetary boundaries. In this state, our production cycles mimic natural systems: they are powered by renewable inputs, function through regenerative loops and maintain resilience through diversity.
Qualitative Development replaces quantitative extraction. While physical growth must have limits, qualitative growth - the expansion of human culture, wisdom, health, scientific understanding, art, education, inner growth, or community wellbeing - is entirely limitless.
By building economic models and market incentive structures that respect the laws of physics, human wellbeing and ecology, we can collectively transition humanity into a prosperous, post-extractive era. In this future, the society protects, nurtures, and regenerates the living world that sustains us, and economy is just one part of how we satisfy our needs, not the dominant motor of it.

Interested in collaboration?
We're happy to engage in joint projects or collaborative ventures that refresh the long outdated economic thought and work to build better local and global economic systems. Get in touch!
Phone
+386 51 283 888
get@bright3r.com

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