For more than two centuries, virtually all economic theory and modern political debate have been built upon the same premise: resources are scarce. The left and the right disagree on countless issues, but they share this common starting point. The left has traditionally focused on how scarce resources should be distributed. The right has traditionally focused on how those resources can be produced and allocated more efficiently. Debates change, governments change, parties change, but the central question remains the same: how do we manage scarcity?
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This view was brilliantly formalized by Lionel Robbins in 1932. In An Essay on the Nature and Significance of Economic Science, Robbins defined economics as the science that studies human behavior as a relationship between ends and scarce means that have alternative uses. This definition helped organize much of twentieth-century economic thought. If resources are limited and human wants are unlimited, then the role of economics is to determine how to use what does not exist in sufficient quantity to satisfy everyone simultaneously.
Yet there is a paradox hidden inside that definition. If economics exists because of scarcity, what happens when technology begins to reduce scarcity? What happens when certain goods can be produced in ever larger quantities at ever lower costs? What happens when scarcity is no longer the dominant constraint?
In 1932, that question seemed almost philosophical. Today, it is becoming practical.
The internet was the first large-scale demonstration of this phenomenon. For thousands of years, information was expensive to reproduce. Books had to be printed, transported, and stored. Music required physical records. Movies required film stock and distribution networks. Today, a digital file can be copied billions of times at almost no cost. The first copy still requires time, effort, and investment. The second copy costs almost nothing. The millionth copy costs essentially the same. For the first time in human history, a significant part of the economy began to escape the classical logic of scarcity.
Decades before the internet transformed the world, one thinker realized that something similar could happen to society itself. In 1971, Murray Bookchin published Post-Scarcity Anarchism. It is easy to become distracted by the word "anarchism" in the title, but doing so often obscures the book's most important insight. Bookchin argued that humanity was approaching a historical threshold at which material abundance was no longer technically impossible. For the first time, technological progress made it conceivable that basic human needs could be met without requiring extreme levels of human labor.
Bookchin was the heir to a long anarchist tradition. Before him, Pierre-Joseph Proudhon challenged systems of property that concentrated wealth and power. Mikhail Bakunin criticized political hierarchies and defended decentralized forms of social organization. Peter Kropotkin argued that cooperation and mutual aid were fundamental forces in human development. Bookchin inherited much of this intellectual tradition but added a decisive element: technology.
His central question was not merely how power should be distributed. His question was what happens to power itself when scarcity ceases to dominate social life. If a society can produce material abundance with far less effort than in the past, does it still make sense to preserve institutions designed for a world defined by permanent shortage?
That question is highly relevant to Prospenomics. Yet Prospenomics is not simply an updated version of Bookchin's anarchism.
Nor is it libertarianism. Nor is it minarchism.
Modern libertarianism was deeply shaped by thinkers such as Ludwig von Mises, Friedrich Hayek, and Murray Rothbard. Minarchism found one of its most influential formulations in Robert Nozick. All of them shared a legitimate concern about concentrations of power and generally advocated solutions based on free markets, decentralization, and individual autonomy.
In many respects, these traditions move close to Prospenomics. Technological innovation, decentralization of decision-making, institutional experimentation, and entrepreneurial freedom often contribute to the creation of abundance. Yet there remains a fundamental distinction.
The anarchist tends to view society through the tension between authority and freedom.
The libertarian tends to view society through the tension between the state and the individual.
The socialist tends to view society through the tension between capital and labor.
The conservative tends to focus on the balance between order and change.
All of these traditions continue to operate within political frameworks built to answer the same fundamental question: who should manage scarcity?
Prospenomics begins somewhere else.
It does not start by asking who should control resources. It asks how resources can become more abundant.
It does not start by asking how to divide the pie. It asks how to multiply the pie.
It does not start by asking which ideology should govern society. It asks which mechanisms increase the availability of energy, food, information, healthcare, infrastructure, knowledge, and free time.
For this reason, Prospenomics is not an attempt to stand "above" the left and the right. Nor is it an attempt to reconcile every political ideology. What it proposes is a shift in analytical focus. The debate between left and right continues to exist, but it no longer occupies the center of analysis. The primary variable is no longer who manages scarcity. The primary variable becomes how we expand abundance.
This shift becomes clearer when we examine the concept of marginal cost, popularized by Jeremy Rifkin in The Zero Marginal Cost Society.
Imagine a small bakery.
Before opening its doors in the morning, the owner has already paid a series of fixed costs: rent, equipment, maintenance, employee wages, cleaning, and the energy required to heat the oven. Suppose these fixed costs amount to $400 per day.
Now imagine that the bakery produces 100 loaves of bread.
To produce those 100 loaves, it must consume flour, water, yeast, and fuel. Suppose those inputs total $180. At that point, the bakery's total daily cost is $580.
But what happens if the bakery decides to produce one additional loaf?
The rent does not increase.
The oven is already hot.
The baker is already working.
The infrastructure already exists.
To produce loaf number 101, the bakery only needs a small additional amount of flour, water, yeast, and energy. Suppose that costs $1.50 in ingredients and $0.30 in energy, for a total of $1.80.
That is the marginal cost of loaf number 101.
Now suppose the bakery sells each loaf for $7.
In that case, producing the additional loaf makes economic sense. It costs $1.80 to produce but generates $7 in revenue. The difference, $5.20, contributes toward covering fixed costs and eventually becomes profit. That is precisely why businesses seek greater production volume: once the structure is in place, each additional unit tends to become economically advantageous.
Now compare that loaf of bread to a PDF containing the bread recipe.
The first PDF may have cost $5,000 in research, testing, writing, photography, and design. But copy number 101 requires no additional flour, no additional fuel, and no additional yeast. Someone simply presses a button and duplicates the file. Its marginal cost is effectively zero.
This is the dynamic Rifkin identified as one of the major transformative forces of the twenty-first century.
But there is a common mistake.
Many people confuse digital abundance with post-scarcity.
Free access to ten thousand bread recipes does not eliminate the need to bake bread.
Free access to video does not eliminate the need for energy.
Free access to medical knowledge does not eliminate the need for hospitals.
Digital abundance is real. But it does not automatically solve physical scarcity.
The real question of our century is different: to what extent can the physical world begin to behave more like the digital one?
Imagine a future bakery. Its oven is powered by solar energy harvested and stored at extremely low cost. Intelligent systems control production. Much of the repetitive labor is automated. Ingredients are produced locally through highly efficient agricultural systems. Recycling and circular production systems minimize waste.
Bread will never have a literally zero marginal cost. The physical world is not the digital world. There will always be maintenance, material constraints, and wear on equipment.
But suppose the marginal cost of loaf number 101 falls from $1.80 to $0.20.
Or even $0.05.
At that point, the economic problem begins to change in nature.
We are no longer discussing only how to distribute insufficient resources. We are discussing how to organize a society in which basic needs can be met with ever smaller amounts of labor, energy, and cost.
This is where Prospenomics begins.
Robbins taught us how to understand the economics of scarcity.
Proudhon, Bakunin, and Kropotkin imagined forms of organization beyond traditional structures of power.
Bookchin recognized that abundance could become technically possible.
Mises, Hayek, Rothbard, and Nozick demonstrated how decentralization and freedom can expand productive capacity.
Rifkin explained the economic mechanisms that push certain marginal costs toward zero.
Prospenomics does not replace any of these traditions. It learns from all of them.
But it asks a different question.
Socialism asks who should own the oven.
Libertarianism asks who should be free to operate the oven.
Anarchism asks why the oven should be subject to a central authority at all.
Prospenomics asks: How do we make the bread produced by the oven so abundant that scarcity ceases to be the center of the discussion?
Because once scarcity is no longer the dominant variable, the most important economic question is no longer who gets the last slice of bread.
The question becomes how to ensure there is enough bread for everyone.
For more than two centuries, virtually all economic theory and modern political debate have been built upon the same premise: resources are scarce. The left and the right disagree on countless issues, but they share this common starting point. The left has traditionally focused on how scarce resources should be distributed. The right has traditionally focused on how those resources can be produced and allocated more efficiently. Debates change, governments change, parties change, but the central question remains the same: how do we manage scarcity?
leia este artigo em Portugfuês
This view was brilliantly formalized by Lionel Robbins in 1932. In An Essay on the Nature and Significance of Economic Science, Robbins defined economics as the science that studies human behavior as a relationship between ends and scarce means that have alternative uses. This definition helped organize much of twentieth-century economic thought. If resources are limited and human wants are unlimited, then the role of economics is to determine how to use what does not exist in sufficient quantity to satisfy everyone simultaneously.
Yet there is a paradox hidden inside that definition. If economics exists because of scarcity, what happens when technology begins to reduce scarcity? What happens when certain goods can be produced in ever larger quantities at ever lower costs? What happens when scarcity is no longer the dominant constraint?
In 1932, that question seemed almost philosophical. Today, it is becoming practical.
The internet was the first large-scale demonstration of this phenomenon. For thousands of years, information was expensive to reproduce. Books had to be printed, transported, and stored. Music required physical records. Movies required film stock and distribution networks. Today, a digital file can be copied billions of times at almost no cost. The first copy still requires time, effort, and investment. The second copy costs almost nothing. The millionth copy costs essentially the same. For the first time in human history, a significant part of the economy began to escape the classical logic of scarcity.
Decades before the internet transformed the world, one thinker realized that something similar could happen to society itself. In 1971, Murray Bookchin published Post-Scarcity Anarchism. It is easy to become distracted by the word "anarchism" in the title, but doing so often obscures the book's most important insight. Bookchin argued that humanity was approaching a historical threshold at which material abundance was no longer technically impossible. For the first time, technological progress made it conceivable that basic human needs could be met without requiring extreme levels of human labor.
Bookchin was the heir to a long anarchist tradition. Before him, Pierre-Joseph Proudhon challenged systems of property that concentrated wealth and power. Mikhail Bakunin criticized political hierarchies and defended decentralized forms of social organization. Peter Kropotkin argued that cooperation and mutual aid were fundamental forces in human development. Bookchin inherited much of this intellectual tradition but added a decisive element: technology.
His central question was not merely how power should be distributed. His question was what happens to power itself when scarcity ceases to dominate social life. If a society can produce material abundance with far less effort than in the past, does it still make sense to preserve institutions designed for a world defined by permanent shortage?
That question is highly relevant to Prospenomics. Yet Prospenomics is not simply an updated version of Bookchin's anarchism.
Nor is it libertarianism. Nor is it minarchism.
Modern libertarianism was deeply shaped by thinkers such as Ludwig von Mises, Friedrich Hayek, and Murray Rothbard. Minarchism found one of its most influential formulations in Robert Nozick. All of them shared a legitimate concern about concentrations of power and generally advocated solutions based on free markets, decentralization, and individual autonomy.
In many respects, these traditions move close to Prospenomics. Technological innovation, decentralization of decision-making, institutional experimentation, and entrepreneurial freedom often contribute to the creation of abundance. Yet there remains a fundamental distinction.
The anarchist tends to view society through the tension between authority and freedom.
The libertarian tends to view society through the tension between the state and the individual.
The socialist tends to view society through the tension between capital and labor.
The conservative tends to focus on the balance between order and change.
All of these traditions continue to operate within political frameworks built to answer the same fundamental question: who should manage scarcity?
Prospenomics begins somewhere else.
It does not start by asking who should control resources. It asks how resources can become more abundant.
It does not start by asking how to divide the pie. It asks how to multiply the pie.
It does not start by asking which ideology should govern society. It asks which mechanisms increase the availability of energy, food, information, healthcare, infrastructure, knowledge, and free time.
For this reason, Prospenomics is not an attempt to stand "above" the left and the right. Nor is it an attempt to reconcile every political ideology. What it proposes is a shift in analytical focus. The debate between left and right continues to exist, but it no longer occupies the center of analysis. The primary variable is no longer who manages scarcity. The primary variable becomes how we expand abundance.
This shift becomes clearer when we examine the concept of marginal cost, popularized by Jeremy Rifkin in The Zero Marginal Cost Society.
Imagine a small bakery.
Before opening its doors in the morning, the owner has already paid a series of fixed costs: rent, equipment, maintenance, employee wages, cleaning, and the energy required to heat the oven. Suppose these fixed costs amount to $400 per day.
Now imagine that the bakery produces 100 loaves of bread.
To produce those 100 loaves, it must consume flour, water, yeast, and fuel. Suppose those inputs total $180. At that point, the bakery's total daily cost is $580.
But what happens if the bakery decides to produce one additional loaf?
The rent does not increase.
The oven is already hot.
The baker is already working.
The infrastructure already exists.
To produce loaf number 101, the bakery only needs a small additional amount of flour, water, yeast, and energy. Suppose that costs $1.50 in ingredients and $0.30 in energy, for a total of $1.80.
That is the marginal cost of loaf number 101.
Now suppose the bakery sells each loaf for $7.
In that case, producing the additional loaf makes economic sense. It costs $1.80 to produce but generates $7 in revenue. The difference, $5.20, contributes toward covering fixed costs and eventually becomes profit. That is precisely why businesses seek greater production volume: once the structure is in place, each additional unit tends to become economically advantageous.
Now compare that loaf of bread to a PDF containing the bread recipe.
The first PDF may have cost $5,000 in research, testing, writing, photography, and design. But copy number 101 requires no additional flour, no additional fuel, and no additional yeast. Someone simply presses a button and duplicates the file. Its marginal cost is effectively zero.
This is the dynamic Rifkin identified as one of the major transformative forces of the twenty-first century.
But there is a common mistake.
Many people confuse digital abundance with post-scarcity.
Free access to ten thousand bread recipes does not eliminate the need to bake bread.
Free access to video does not eliminate the need for energy.
Free access to medical knowledge does not eliminate the need for hospitals.
Digital abundance is real. But it does not automatically solve physical scarcity.
The real question of our century is different: to what extent can the physical world begin to behave more like the digital one?
Imagine a future bakery. Its oven is powered by solar energy harvested and stored at extremely low cost. Intelligent systems control production. Much of the repetitive labor is automated. Ingredients are produced locally through highly efficient agricultural systems. Recycling and circular production systems minimize waste.
Bread will never have a literally zero marginal cost. The physical world is not the digital world. There will always be maintenance, material constraints, and wear on equipment.
But suppose the marginal cost of loaf number 101 falls from $1.80 to $0.20.
Or even $0.05.
At that point, the economic problem begins to change in nature.
We are no longer discussing only how to distribute insufficient resources. We are discussing how to organize a society in which basic needs can be met with ever smaller amounts of labor, energy, and cost.
This is where Prospenomics begins.
Robbins taught us how to understand the economics of scarcity.
Proudhon, Bakunin, and Kropotkin imagined forms of organization beyond traditional structures of power.
Bookchin recognized that abundance could become technically possible.
Mises, Hayek, Rothbard, and Nozick demonstrated how decentralization and freedom can expand productive capacity.
Rifkin explained the economic mechanisms that push certain marginal costs toward zero.
Prospenomics does not replace any of these traditions. It learns from all of them.
But it asks a different question.
Socialism asks who should own the oven.
Libertarianism asks who should be free to operate the oven.
Anarchism asks why the oven should be subject to a central authority at all.
Prospenomics asks: How do we make the bread produced by the oven so abundant that scarcity ceases to be the center of the discussion?
Because once scarcity is no longer the dominant variable, the most important economic question is no longer who gets the last slice of bread.
The question becomes how to ensure there is enough bread for everyone.
Referencies
BOOKCHIN, Murray. Post-Scarcity Anarchism. Oakland: AK Press, 2004. (Obra originalmente publicada em 1971).
HAYEK, Friedrich A. The Road to Serfdom. Chicago: The University of Chicago Press, 1944.
KROPOTKIN, Piotr. Mutual Aid: A Factor of Evolution. New York: McClure, Phillips & Co., 1902.
MISES, Ludwig von. Human Action: A Treatise on Economics. New Haven: Yale University Press, 1949.
NOZICK, Robert. Anarchy, State, and Utopia. New York: Basic Books, 1974.
PROUDHON, Pierre-Joseph. What Is Property? An Inquiry into the Principle of Right and of Government. Cambridge: Cambridge University Press, 1993. (Obra originalmente publicada em 1840).
RIFKIN, Jeremy. The Zero Marginal Cost Society: The Internet of Things, the Collaborative Commons, and the Eclipse of Capitalism. New York: Palgrave Macmillan, 2014.
ROBBINS, Lionel. An Essay on the Nature and Significance of Economic Science. London: Macmillan, 1932.
ROTHBARD, Murray N. For a New Liberty: The Libertarian Manifesto. New York: Macmillan, 1973.
.
Complementary Reading
SMIL, Vaclav. Energy and Civilization: A History. Cambridge: MIT Press, 2017.
KURZWEIL, Ray. The Singularity Is Near. New York: Viking, 2005.
DIAMANDIS, Peter H.; KOTLER, Steven. Abundance: The Future Is Better Than You Think. New York: Free Press, 2012.
OSTROM, Elinor. Governing the Commons. Cambridge: Cambridge University Press, 1990.
Essas obras ajudam a conectar energia, tecnologia, abundância, governança descentralizada e mudanças civilizacionais, temas que aparecem naturalmente dentro da estrutura conceitual da Prospenomics.
