Author name: Dante Sisofo

Principles of Economics — Lecture 9 (Trade) • Study Notes

Principles of Economics — Lecture 9 (Trade) • Study Notes

By Saifedean Ammous


Big Picture

  • Two modes of human interaction: consent or coercion.
  • Trade is the prime example of consensual interaction — both parties voluntarily exchange because they expect to benefit:contentReference[oaicite:0]{index=0}.
  • Coercion (theft, extortion, slavery) is zero- or negative-sum, while trade is positive-sum.
  • Specialization and division of labor make cooperation far more productive than isolation.

Core Claims

  1. Consent vs. Coercion
  • Consent: peaceful, voluntary exchange. Both parties benefit.
  • Coercion: violence or threat of violence. One benefits at the expense of the other.
  • Trade = positive-sum; coercion = negative-sum:contentReference[oaicite:1]{index=1}.
  1. Why People Trade
  • Subjective value: seller values money more than the good, buyer values the good more than the money.
  • Marginal utility: abundance lowers marginal value, scarcity raises it. → Basis for exchange:contentReference[oaicite:2]{index=2}.
  • Differences in production costs: specialization according to absolute advantage.
  • Differences in opportunity cost: comparative advantage ensures gains even when one party is more productive at everything:contentReference[oaicite:3]{index=3}.
  1. Crusoe & Friday Example
  • In isolation: Crusoe = fish, Friday = rabbits. Both limited.
  • With trade: specialization → both consume more fish and rabbits than in isolation.
  • Absolute advantage: focus on what each produces at lowest cost.
  • Comparative advantage: even if Crusoe is better at both, differences in opportunity cost still make trade mutually beneficial:contentReference[oaicite:4]{index=4}.
  1. Specialization & Division of Labor
  • People get better at tasks they focus on.
  • Specialization magnifies productivity even if initial skill sets are equal:contentReference[oaicite:5]{index=5}.
  • Division of labor allows production of goods (like pencils, cars) that would be impossible in isolation.
  1. Extent of the Market
  • The larger the market, the deeper specialization can go, raising productivity and variety.
  • Milton Friedman’s “I, Pencil” story: no single person knows how to make a pencil — only possible through global cooperation:contentReference[oaicite:6]{index=6}.
  • Isolated communities are poor; integrated markets create prosperity.
  1. Trade & Civilization
  • Trade teaches humans to moderate aggression and seek cooperation.
  • The ability of strangers to deal peacefully is the essence of civilization:contentReference[oaicite:7]{index=7}.
  • Free trade zones (e.g., U.S. states) illustrate how removing barriers creates wealth.

Key Concepts & Mental Models

  • Positive-Sum vs. Zero-Sum → Trade grows the pie; coercion just shifts or shrinks it.
  • Absolute Advantage → Specialize in what you can produce more efficiently.
  • Comparative Advantage → Even if superior at both, specialize where your opportunity cost is lowest.
  • Extent of the Market → Larger markets enable more specialization and complex goods.
  • Trade = Civilization → Cooperation with strangers underpins progress.

Quotable Ideas

  • “Trade is a positive-sum game.” — Ammous:contentReference[oaicite:8]{index=8}
  • “You can only rob him once, but you can benefit from exchanging with him forever.” — Ammous:contentReference[oaicite:9]{index=9}
  • “There is not a single person in the world who knows how to make a pencil.” — Leonard Read / Milton Friedman:contentReference[oaicite:10]{index=10}
  • “The ability of strangers to trade peacefully is the foundation of civilization.” — Ammous:contentReference[oaicite:11]{index=11}

Study Prompts

  • What are the two modes of human interaction?
  • Why is trade positive-sum while coercion is zero- or negative-sum?
  • Explain the role of subjective value in trade.
  • Differentiate between absolute and comparative advantage.
  • What does the “I, Pencil” story reveal about markets?
  • Why does the extent of the market matter for prosperity?

TL;DR

Trade is the peaceful, voluntary exchange of goods that makes both parties better off. Unlike coercion, which destroys value, trade creates value through specialization, subjective valuation, and comparative advantage. The larger the market, the deeper the division of labor, enabling the production of complex goods like pencils or airplanes. Trade is not just economic — it is civilizational. The ability of strangers to exchange peacefully is the foundation of prosperity and human progress.


Principles of Economics — Lecture 8 (Energy and Power) • Study Notes

Principles of Economics — Lecture 8 (Energy and Power) • Study Notes

By Saifedean Ammous


Big Picture

  • Energy is abundant, but power is scarce.
  • Human progress can be measured by our ability to harness ever more powerful energy sources.
  • Hydrocarbons (coal, oil, gas) — not “renewables” — drove industrialization because they provide dense, reliable, on-demand power.
  • Industrialization and rising energy consumption explain the abolition of slavery, the empowerment of women, and massive increases in global living standards .

Core Claims

  1. Energy vs. Power
  • Energy is the capacity to do work (heat or force).
  • Power = energy per unit of time (joules/sec = watts).
  • Economically, we value power, not energy. The sun provides more raw energy than we need, but it cannot be channeled on demand .
  1. History of Human Power
  • Hunter-gatherers: relied on sunlight, rivers, firewood.
  • Agriculture: sedentary life enabled domestication of animals, wood, water wheels, windmills.
  • Industrialization: hydrocarbons multiplied accessible power thousands of times .
  1. Energy Density Progression
  • Wood: 16 MJ/kg.
  • Coal: 24 MJ/kg (~50% higher).
  • Oil: 44 MJ/kg (double coal).
  • Gas: 55 MJ/kg.
  • Uranium: 3.9 million MJ/kg (≈100,000× oil).
  • Batteries: 0.5 MJ/kg (≈1% of oil). Key Insight: Humans always economize toward higher energy density .
  1. Power Multipliers Over Time
  • Human muscle: 200 W.
  • Horse: 750 W.
  • Roman water wheel: 1,800 W.
  • Dutch windmill (1750): 12,000 W.
  • Ford Model T (1908): 15,000 W.
  • Diesel tractor (2015): 300,000 W.
  • Concorde jet (1969): 108,000,000 W.
  • Siemens SGT-9000HL turbine (2022): 410,000,000 W . → In 200 years, humanity scaled usable power 2,000,000×.
  1. Hydrocarbons as Natural Batteries
  • Stable, portable, energy-dense, usable on demand.
  • Unlike solar/wind, hydrocarbons provide continuous power supply at low marginal cost.
  • Modern life — transport, medicine, steel, plastics — depends on hydrocarbons. Even nuclear reactors require hydrocarbon inputs (steel, plastics, etc.) .
  1. Freedom Through Energy
  • Pre-industrial societies: slavery valuable because each slave nearly doubled available energy.
  • Industrialization: machines made brute labor uneconomical → slavery abolished.
  • Physical strength gap between men and women mattered less → women gained independence.
  • More energy = more freedom, specialization, and trade .

Key Concepts & Mental Models

  • Energy vs. Power → Raw abundance vs. usable scarcity.
  • Marginal Analysis of Energy → Value lies in availability on demand.
  • Energy Density Ladder → Civilizational progress = moving up to denser fuels.
  • Hydrocarbons as Batteries → Nature’s store of portable, reliable energy.
  • Energy & Freedom → More power = less need for slavery, more human liberty.

Quotable Ideas

  • “Energy is not scarce. Power is.” — Ammous
  • “Hydrocarbons are nature’s batteries — far superior to anything we can build.” — Ammous
  • “Wherever the engine went, slaves were freed.” — Ammous

Study Prompts

  • Why is power, not energy, the true economic good?
  • Explain the historical progression of energy density.
  • How do hydrocarbons outperform solar and wind despite being costlier to extract?
  • Why did industrialization abolish slavery?
  • How did industrialization contribute to female empowerment?

TL;DR

Energy surrounds us in abundance — sunlight, wind, rivers — but it only becomes an economic good when harnessed as power. Human progress is the story of mastering denser, more reliable fuels, culminating in hydrocarbons and nuclear energy. Hydrocarbons act as natural batteries, enabling on-demand power that built modern civilization. They powered industrialization, ended slavery, raised living standards, and gave women independence by replacing brute labor with machines. The world does not run on “energy”; it runs on power at the margin, delivered when and where we need it.


Principles of Economics — Lecture 7 (Technology) • Study Notes

Principles of Economics — Lecture 7 (Technology) • Study Notes

By Saifedean Ammous


Big Picture

  • Technology = non-material capital.
  • Unlike physical capital, it is not scarce — ideas can be shared, copied, and reused without diminishing.
  • Technology is the plan for economic action: the recipe in the human mind before production takes place .
  • Innovation is what prevents diminishing returns to capital and drives long-term growth.

Core Claims

  1. Technology as a Recipe
  • Production happens first in the mind of the acting person.
  • Technology = knowledge of how to combine inputs to achieve ends.
  • Like a recipe: not physical, but essential to the meal .
  1. Avoiding Diminishing Returns
  • Physical capital eventually hits diminishing returns (no point in endless fishing rods).
  • New technology (nets, boats, engines) resets productivity and enables more capital formation .
  1. Technology & Labor
  • Myth: “Machines cause unemployment.”
  • Reality: labor is always scarce; technology makes labor more productive.
  • Historical evidence: Britain has more workers and higher productivity today than in the Luddite era.
  • Technology frees labor from drudgery, raises wages, and creates new industries .
  1. Jobs vs. Services
  • Technology eliminates outdated jobs but not the underlying service.
  • Example: transportation → from slaves carrying loads → carts → horses → trains → trucks → planes → ships.
  • The service (transportation) expands and improves, even if old job forms vanish .
  1. Technology & Slavery
  • Industrialization raised productivity so much that slavery became uneconomical.
  • Machines outperform brute labor; modern work requires intelligence and consent.
  • Slavery collapses when capital is abundant because the marginal value of forced labor drops .
  1. Entrepreneurship, Not Science, Drives Innovation
  • Common myth: science → engineering → technology.
  • Reality: entrepreneurs and tinkerers drive technology to meet market needs.
  • Example: Steam engine preceded thermodynamics; Wright brothers invented flight before scientific consensus accepted it.
  • Profit motive, trial and error, and market feedback guide real innovation .
  1. Software as Pure Technology
  • The purest form of non-material capital.
  • Abstract, infinitely reproducible, boosts productivity across all industries.
  • Software = automation of instructions; turns general-purpose machines into tools for infinite tasks .

Key Concepts & Mental Models

  • Technology = non-material capital (ideas, recipes, blueprints).
  • Diminishing returns avoided through innovation.
  • Jobs vs. services distinction → services persist, jobs evolve.
  • Industrialization obsoletes slavery by making brute force uneconomical.
  • Entrepreneurial innovation as primary driver, not academia.
  • Software = pinnacle of informational capital.

Historical Examples

  • Luddites: destroyed machines out of fear → proven wrong by history.
  • Transportation: from human carriers → wheels → horses → engines → planes → ships. Each leap raised productivity.
  • Steam engine: invented by workers, not scientists; later forced physics to update.
  • Aviation: Wright brothers succeeded despite scientific consensus declaring flight impossible.

Quotable Ideas

  • “Technology is the plan for economic action.” — Ammous
  • “It is not thermodynamics that gave us the steam engine; it is the steam engine that gave us thermodynamics.” — Terence Kealey (via Ammous)
  • “Technological progress makes labor more productive, and that makes it more valuable.” — Ammous

Study Prompts

  • Why is technology considered a form of capital?
  • How does innovation prevent diminishing returns?
  • Explain why machines do not cause unemployment.
  • How did industrialization contribute to ending slavery?
  • Why is entrepreneurial innovation more important than scientific theory for technological progress?
  • Why is software considered the purest form of technology?

TL;DR

Technology is non-material capital — the recipes in our minds that guide production. Unlike physical capital, it does not run into scarcity. Innovation resets productivity, prevents diminishing returns, and drives long-term growth. Far from destroying jobs, technology makes labor more productive and more valuable, while eliminating slavery as an economic rationale. Real innovation comes from entrepreneurs solving market problems, not academic theory. Software represents the purest form of technological progress: infinitely reproducible, abstract, and transformative across every industry.


Principles of Economics — Lecture 6 (Capital) • Study Notes

Principles of Economics — Lecture 6 (Capital) • Study Notes

By Saifedean Ammous


Big Picture

  • Capital = saved resources used to produce more goods.
  • Capital is not consumed directly but employed to increase productivity.
  • Every capital good is the result of delayed consumption — someone had to save and forego present use.
  • More capital → longer production processes → higher productivity and safety margins.

Core Claims

  1. What Is Capital?
  • A form of property used to produce other goods, not consumed directly:contentReference[oaicite:0]{index=0}.
  • Example: a computer for gaming = consumption good; for work = capital good.
  • Same item may be capital or consumption depending on its use.
  1. Capital Lengthens Production
  • Capital goods require time to produce.
  • Example: catching fish → with hands = short, with spear/boat = longer process, but higher productivity:contentReference[oaicite:1]{index=1}.
  • Capital = longer production process, shorter marginal time per unit.
  1. Saving: Mother of Capital
  • Without saving, no capital formation.
  • A fisherman must save fish to survive while building a rod or boat:contentReference[oaicite:2]{index=2}.
  • Boeing 787: 9 years of no revenue; required investors to sacrifice consumption to finance production.
  1. Capital Increases Productivity
  • Same worker with capital vs. without capital: huge productivity gap.
  • Example: fishing trawler worker = 5 tons/day vs. bare hands = 1 fish/day:contentReference[oaicite:3]{index=3}.
  • Wealth differences across nations stem mainly from differences in capital stock.
  1. Capital Is Costly
  • Requires delayed gratification: giving up certain present consumption for uncertain future output.
  • Faces risk of destruction: natural disasters, accidents, obsolescence.
  • Suffers depreciation: constant maintenance needed.
  • Carries uncertainty: future demand or profitability not guaranteed:contentReference[oaicite:4]{index=4}.
  1. Capital as Responsibility, Not Privilege
  • Owners must deploy capital productively or lose it.
  • Capital only remains capital if it produces outputs valued by others.
  • Mismanagement → bankruptcy, rust, decay:contentReference[oaicite:5]{index=5}.

Capital & Time Preference

  • Investment decisions hinge on time preference: willingness to sacrifice now for future gains.
  • Low time preference → more saving → more capital formation.
  • Virtuous cycle: more capital → higher productivity → better living standards → further lowered time preference:contentReference[oaicite:6]{index=6}.
  • Hans-Hermann Hoppe: civilization itself is the process of lowering time preference.

Critique of Keynesian View

  • Keynesian textbooks downplay saving, treat it as harmful (“paradox of thrift”).
  • Define saving/investment incorrectly:
  • Saving = buying stocks/bonds.
  • Investment = buying capital goods.
  • This disconnect allows them to argue saving causes unemployment.
  • Policy “solution”: government prints and spends → destroys real savings, promotes debt slavery:contentReference[oaicite:7]{index=7}.

Are There Limits to Capital?

  • No natural upper bound.
  • More saving → more capital → more technology and productivity.
  • Technology = non-physical capital (ideas, methods).
  • Limits come only from time preference and opportunity cost of foregone consumption:contentReference[oaicite:8]{index=8}.

Quotable Ideas

  • “Saving is the mother of capital.” — Ammous:contentReference[oaicite:9]{index=9}
  • “Capital is a responsibility, not a privilege.” — Mises (paraphrased through Ammous):contentReference[oaicite:10]{index=10}
  • “The longer the production process, the higher the productivity — and the greater the margin of safety from starvation.” — Ammous:contentReference[oaicite:11]{index=11}

Study Prompts

  • What distinguishes a consumption good from a capital good?
  • Explain how saving enables capital formation.
  • Why does capital lengthen production processes but shorten marginal time per unit?
  • List the four costs/risks of owning capital.
  • How does time preference control capital accumulation?
  • Why is capital a responsibility, not a privilege?

TL;DR

Capital is saved property dedicated to production, not immediate consumption. It lengthens production processes but massively increases productivity. Capital requires sacrifice — saving, risk-taking, maintenance, and foresight — and it survives only if deployed to satisfy others. The more capital accumulated, the safer and wealthier society becomes. Misunderstanding capital, as Keynesians do, leads to debt-fueled policies that destroy savings. The only true limits to capital are time preference and our willingness to delay consumption.


Principles of Economics — Lecture 5 (Property) • Study Notes

Principles of Economics — Lecture 5 (Property) • Study Notes

By Saifedean Ammous


Big Picture

  • Property is the solution to scarcity. Without it, endless conflict is the only alternative.
  • Property means the right to control and use goods to satisfy one’s needs.
  • By clearly assigning ownership, society avoids violence and enables cooperation.
  • Property rights are not arbitrary — they are the foundation of civilization and the market economy.

Core Claims

  1. Definitions of Property
  • Menger: property = the sum of goods at an individual’s command for satisfying needs.
  • Yiannopoulos: property = exclusive right to control an economic good.
  • Both stress: property is about control and use for human purposes:contentReference[oaicite:0]{index=0}.
  1. Why Property?
  • Scarcity forces us to economize → we value goods → we take ownership of them.
  • Durable goods (house, car) are cheaper to maintain as property than to reacquire repeatedly.
  • Farming land is more efficient than foraging everywhere anew:contentReference[oaicite:1]{index=1}.
  1. Property Prevents Conflict
  • Without ownership, disputes over scarce goods become endless.
  • Kinsella: assigning an owner to each resource sets visible boundaries non-owners can respect:contentReference[oaicite:2]{index=2}.
  1. Types of Property (Economic Goods)
  • Consumer goods: directly satisfy wants (food, house, clothes).
    • Non-durable: quickly consumed (food).
    • Durable: long-lasting (house, washing machine).
  • Capital goods: used to produce other goods (tractors, tools).
  • Monetary goods: held to exchange for other goods (money).
  1. Legitimate Acquisition of Property (Rothbard)
  • Homesteading: claim unowned resources by first use.
  • Production: take ownership of what you produce from your resources.
  • Voluntary exchange/gift: receive property willingly from legitimate owners.

Self-Ownership

  • Humans themselves are scarce. Who owns human beings? Three options:
  1. Self-ownership — each person owns their own body and time.
  2. Communal ownership — society jointly owns everyone. Impractical → degenerates into conflict.
  3. Slavery — some own others. Inconsistent, unethical, unstable.
  • Only self-ownership is logically and ethically coherent.
  • Self-ownership enables peaceful cooperation: people must persuade, not coerce.

Property & Civilization

  • Property is the building block of civilization.
  • Rejecting property = regression to the jungle.
  • Hopper’s argumentation ethics:
  • To argue against property is self-defeating.
  • Argument itself presupposes respect for self-ownership (you own your body, your words, your mind).
  • Property rights allow:
  • Investment and future orientation.
  • Trade and specialization.
  • Resources to flow to their most efficient users.
  • Mises: “Private ownership of the means of production is the fundamental institution of the market economy.”:contentReference[oaicite:3]{index=3}

Quotable Ideas

  • “Property is not an arbitrary invention, but the only possible solution to scarcity.” — Menger:contentReference[oaicite:4]{index=4}
  • “By assigning an owner, society establishes objective boundaries and minimizes conflict.” — Kinsella:contentReference[oaicite:5]{index=5}
  • “To argue against property is to presuppose property in yourself.” — Hopper

Study Prompts

  • Define property according to Menger and Yiannopoulos.
  • Why is property the only way to resolve scarcity?
  • List and explain the four types of property.
  • What are Rothbard’s three legitimate means of acquiring property?
  • Why is self-ownership the only coherent solution to human scarcity?
  • Explain Hopper’s “argumentation ethics.”

TL;DR

Property is not optional — it is the only workable solution to scarcity. By clearly assigning ownership, property prevents conflict, enables trade, and sustains civilization. There are three legitimate ways to acquire property: homesteading, production, and voluntary exchange. Self-ownership is the only coherent stance on human beings. Rejecting property rights is not only impractical but also contradictory, since even argument assumes ownership of one’s body and mind. Civilization itself rests on respecting property.


Principles of Economics — Lecture 4 (Labor) • Study Notes

Principles of Economics — Lecture 4 (Labor) • Study Notes

By Saifedean Ammous


Big Picture

  • Labor is the first way humans economize. We dedicate our time and bodies to produce things we value.
  • Leisure = activities enjoyed for their own sake.
  • Labor = activities done for their output, not for enjoyment.
  • Mises: “Labor is the employment of the physiological functions of human life as a means.”
  • Labor has negative utility — we’d prefer leisure, but work promises greater future reward.

Core Claims

  1. Labor and the Future
  • Children seek immediate gratification; maturity comes with sacrificing the present for the future.
  • Reason allows humans to grasp that working today improves tomorrow.
  • Not working ultimately means death.
  1. Production as Alteration by Reason
  • Production = altering nature with designs of reason.
  • Ideas, recipes, and plans are what turn raw inputs into useful goods.
  • Human action is fundamentally mental before material.
  1. Consumer vs. Producer Goods
  • Consumer goods (final/first-order): directly satisfy wants.
  • Producer goods (capital, higher-order): indirectly satisfy wants by producing consumer goods.
  • All capital goods are the result of foregone consumption.
  1. All Action as Exchange
  • Production = exchange of leisure (present satisfaction) for future goods.
  • Price = what you give up in an exchange.
  • Cost = subjective value of what is sacrificed.
  • Profit = the subjective gain in happiness from successful action.

Productivity of Labor

  • Productivity = output per unit of input.
  • Wage labor dominates modern economies because workers and employers trade voluntarily.
  • Marginal Revenue Product (MRP):
  • MRP = marginal product of a worker × price of output.
  • A worker is hired if wage < MRP.
  • Example: If a worker produces 20 extra sandwiches a day, sold for $5 each, with $2 ingredient cost → MRP = $60. Hire if wage < $60.
  • Businesses that ignore this arithmetic go bankrupt.

Labor vs. Capital

  • Labor is non-specific — human skills can be repurposed widely.
  • Capital is rigid, tied to specific uses.
  • Demand for human time is insatiable because of labor’s adaptability.
  • Industrial Revolution + fossil fuels = huge labor productivity gains.

Inflation, Unemployment & Intervention

  • Unemployment is not natural in free markets.
  • 20th century inflation and minimum wage laws created mass unemployment.
  • Inflation erodes employer and worker wealth → layoffs and bankruptcies.
  • Business cycles (credit inflation booms → busts) cause sector-wide unemployment.
  • Minimum wage laws make it illegal to hire low-productivity workers.
  • Example: Switzerland under gold standard had no inflation and no unemployment. After leaving gold in 1970s → unemployment emerged like elsewhere.

Will Work Ever End?

  • Keynes predicted a 15-hour work week by 2030.
  • Reality: rising living standards but people still work long hours.
  • Scarcity of time means there’s always reason to economize and work for future gain.
  • Humans always face trade-offs between labor (future) and leisure (present).
  • Work never ends as long as humans are mortal and time is scarce.

Labor and Exploitation?

  • Marx’s labor theory of value: all value comes from labor, so capitalist profit = exploitation.
  • Refutation: Capital goods are essential — try being a cab driver without a car.
  • Capitalists sacrifice consumption to provide tools → enabling higher worker productivity.
  • Workers freely choose to work with capitalists because it makes them more productive.
  • Destroying private capital always leads to famine and collapse.

Quotable Ideas

  • “Labor is the employment of the physiological functions of human life as a means.” — Mises
  • “All capital goods are foregone consumption.” — Ammous
  • “Unemployment is not a natural part of capitalism; it is the result of inflation and intervention.” — Ammous

Study Prompts

  • Define labor and contrast it with leisure.
  • What is the difference between consumer and producer goods?
  • Explain why all capital goods are foregone consumption.
  • How does inflation create unemployment?
  • Why is labor not exploitation?

TL;DR

Labor is how humans trade time and effort today for better conditions tomorrow. Production relies on reason, turning nature into goods through plans and capital — which always requires foregoing consumption. Wage labor is voluntary, guided by marginal productivity. Unemployment and the notion of exploitation are not products of free markets but of intervention, inflation, and faulty theories. Time remains scarce, so the need to work never ends.


Principles of Economics — Lecture 3 (Time) • Study Notes

Principles of Economics — Lecture 3 (Time) • Study Notes

By Saifedean Ammous


Big Picture

  • Time is the ultimate resource. All scarcity originates from the scarcity of time.
  • Every economic action unfolds across time; production requires time as an input.
  • Because humans are mortal, time is limited and irreversible — making it the most fundamental economic good.
  • Julian Simon’s work (The Ultimate Resource) frames time as the key to understanding scarcity and abundance.

Core Claims

  1. Time as an Economic Good
  • Scarce and valuable, like other goods, but unique because it is irreversible.
  • You can replace goods, but you cannot buy back time.
  1. Scarcity Comes From Time
  • Physical materials on Earth are practically infinite relative to human use.
  • What makes goods scarce is the time required to make them usable.
  1. Opportunity Cost Defined by Time
  • Every action has a cost: the foregone action you could have taken with the same time.
  • Time’s scarcity ensures all decisions involve trade-offs.
  1. Resources Are Human Creations
  • Oil, gold, iron — they are not “resources” until humans dedicate time to make them usable.
  • Proven reserves grow as we spend more time searching and producing.
  1. Abundance vs. Scarcity
  • Proven reserves of raw materials have increased over decades despite growing consumption.
  • Commodities get cheaper in terms of human labor (time prices fall), showing abundance grows with time.

Key Concepts & Mental Models

  • Ultimate Resource: Time is the binding constraint, not Earth’s finite size.
  • Proven Reserves: Not a cap on total supply, just what humans have discovered with time investment.
  • Opportunity Cost: The foregone best alternative when time is allocated.
  • Time Preference: Universal human preference for present goods over future goods (explored deeper in Lecture 13).
  • Labor vs. Leisure: Two main uses of time — productive work for future gain vs. enjoyment for its own sake.

Illustrative Examples

  • Oil Reserves: From 1950 to 1990, population and GDP grew, yet proven reserves of oil and other materials multiplied (oil ×13, bauxite ×16). Scarcity fears proved wrong.
  • Swimming Pool Analogy: All global mining to date equals half a cup of water taken from an Olympic pool — negligible compared to Earth’s abundance.
  • Simon-Ehrlich Bet: Ehrlich predicted resources would run out; Simon bet prices would fall. Simon won across all five commodities, showing abundance increases with time and human ingenuity.

Quotable Ideas

  • “Time is the ultimate resource.” — Julian Simon
  • “The only real scarcity is human time.” — Ammous
  • “Value is created by human action. Resources don’t exist until we make them.” — Ammous

Study Prompts

  • Why is time considered the ultimate resource?
  • Explain how scarcity of goods is rooted in the scarcity of time.
  • What is opportunity cost, and how does time give rise to it?
  • How did the Simon-Ehrlich bet illustrate the difference between physical limits and economic scarcity?
  • What trade-offs exist between labor and leisure?

TL;DR

Time is the binding constraint on all human action and production. While Earth’s materials are abundant, their availability as resources depends on the time we dedicate to making them useful. All scarcity, therefore, is ultimately time scarcity. Opportunity cost reflects this reality: every choice is a trade-off in how we spend our limited time. Proven reserves and commodity prices demonstrate that abundance grows as humans invest time and ingenuity, not that Earth is “running out.” At its heart, economics is about economizing time — balancing labor for the future with leisure in the present.


Principles of Economics — Lecture 2 (Value) • Study Notes

Principles of Economics — Lecture 2 (Value) • Study Notes

By Saifedean Ammous


Big Picture

  • Subjective value is the cornerstone of Austrian economics.
  • Marginal analysis (from Carl Menger, 1871) marked the shift from “old economics” to modern economics.
  • Value is not inherent in goods — it arises from human judgments about how well something satisfies needs.
  • Scarcity forces us to economize, and valuing is the act of ranking goods to maximize satisfaction.

Core Claims

  1. Definition of Goods & Utility
  • A good satisfies a human need.
  • Utility = the capacity of a good to satisfy those needs.
  • An economic good exists when demand > supply.
  • A non-economic good (like air or abundant river water) exists when supply > demand.
  1. Scarcity Is Permanent
  • Easier to desire than to produce (Ferrari vs. imagining one).
  • Our wants are limitless and costless, production is costly and difficult.
  • Therefore scarcity never disappears — we always face trade-offs.
  1. Value Is Subjective
  • Value = a mental construct, not an inherent property.
  • Example: Oil was once waste (negative value), became vital with engines, dipped negative again in 2020.
  • Value exists only in human consciousness, not in the good itself.
  1. Ordinal vs. Cardinal Value
  • Austrians: Value is ordinal (ranked preferences).
  • Mainstream: Tries to make it cardinal (numerical “utils”), which is meaningless without real units.
  • Quote (Mises): “A judgment of value does not measure. It arranges in a scale of degrees.”
  1. Price vs. Value
  • Price shows an upper and lower bound of value at the moment of exchange.
  • Buyer values the good more than the price; seller values the money more than the good.
  • Mutual benefit proves value is subjective.
  1. Labor Theory of Value Rejected
  • Marx: value comes from labor input.
  • Counterexample: Mud pie vs. apple pie — equal labor, radically different value.
  • Labor contributes to production, but doesn’t create value. Value depends on meeting human wants.

Marginal Analysis

  • Each additional unit of a good is valued less than the previous one.
  • Law of Diminishing Marginal Utility:
  • First meal after starving = life-saving.
  • Second meal = still vital but less so.
  • 25th meal = no value.
  • Total utility rises, but marginal utility declines.
  • Least Valuable Use Rule:
  • Purchases reflect the least important satisfaction a good meets at the margin.
  • Explains why water (essential) is cheap, and diamonds (luxury) are expensive.

Examples & Paradoxes

  • Water-Diamond Paradox
  • Water sustains life yet is cheap.
  • Diamonds are non-essential yet expensive.
  • Answer: We don’t choose between “all water” vs. “all diamonds.”
  • We choose between marginal units. Water is abundant → cheap at the margin. Diamonds are scarce → high marginal value.
  • Iron vs. Gold
  • Iron underpins infrastructure but is cheap.
  • Gold serves jewelry/luxury but is expensive.
  • Marginal units explain the difference: extra iron is nearly worthless, extra gold is highly valued.

Quotable Ideas

  • “Value is not a property of goods. It is a judgment economizing men make.” — Carl Menger
  • “Value does not exist outside the consciousness of men.” — Menger
  • “A judgment of value does not measure. It arranges in a scale of degrees.” — Mises

Study Prompts

  • Define an economic good vs. a non-economic good.
  • Why is scarcity permanent?
  • Explain why value is subjective and not inherent in goods.
  • Contrast ordinal and cardinal value.
  • How does marginal utility solve the water-diamond paradox?

TL;DR

Value is not in objects — it is in us. Goods are valued according to how they satisfy human needs, and that valuation depends on scarcity and context. Scarcity forces economizing, and marginal analysis shows that each additional unit of a good is worth less than the previous one. This explains paradoxes like cheap water and expensive diamonds. Austrian economics stands apart by insisting: value is subjective, ordinal, and rooted in human choice — not labor, not equations, not imaginary “utils.”


Principles of Economics — Lecture 1 (Human Action) • Study Notes

Principles of Economics — Lecture 1 (Human Action) • Study Notes

By Saifedean Ammous


Big Picture

  • Economics should be understood as the study of human action under scarcity, not as abstract formulas or aggregates.
  • Mainstream economics is confusing because it pretends to imitate physics, building models with false precision but no real constants.
  • The Austrian approach, starting with Mises’ Human Action, grounds the discipline in purposeful behavior: people acting to achieve chosen ends with scarce means.

Core Claims

  1. University Economics Is Flawed
  • Modern textbooks are steeped in Keynesian assumptions, high time preference, and irrelevant models.
  • Quantitative formulas promise predictive power but fail to match reality.
  1. The Austrian Alternative
  • Rooted in Mises and Rothbard, but made accessible here without academic bloat.
  • Economics is about individuals making purposeful choices, not abstract aggregates.
  1. Action Defined
  • Human action = purposeful behavior aimed at ends.
  • Distinguishes rational (deliberate) decisions from instinctive reactions.
  • Animals react by instinct; humans act with reason.
  1. Methodology
  • Austrian economics relies on logical deduction, thought experiments, and common-sense familiarity with reality.
  • Quantitative methods are secondary — data without logic leads nowhere.

Key Concepts & Mental Models

  • Action: Will put into operation, directed at ends.
  • Rationality (Austrian sense): Deliberate, reasoned choice — not necessarily correct or successful.
  • Understanding (Verstehen): The economist’s task is to interpret and understand, not to predict with false precision.
  • Ordinal vs. Cardinal Value: Value is ranked (ordinal), not measured with fixed units (cardinal).

Critique of Quantitative Economics

  1. No Constants
  • Physics works because constants exist (meters, seconds, kilograms).
  • Economics has no measurable units of value. Value is subjective.
  1. No Replicable Experiments
  • You can test gases in a lab; you can’t recreate human societies.
  1. Confusing Measurable with Causal
  • Economists focus on GDP, CPI, unemployment — measurable aggregates — while ignoring the subjective causes behind them.
  1. Mistaking Accounting Identities for Causality
  • Example: assuming spending causes output just because they’re equal in accounting terms.

Applied Example: Minimum Wage

  • Mainstream approach: plug numbers into a Keynesian model → “higher wages → more spending → more jobs.”
  • Austrian approach: analyze human action.
  • Worker accepts job if wage > subjective value of time.
  • Employer hires only if worker’s productivity > wage.
  • Minimum wage law criminalizes employment below arbitrary productivity thresholds.
  • Effects: unemployment among low-skilled workers, blocked skill development, rising prices, automation.

Quotable Ideas

  • “Action is purposeful behavior toward the attainment of ends in some future period.” — Mises
  • “Economics has no constants. Without constants, there can be no quantitative laws.” — Ammous
  • “Understanding is the Austrian economist’s goal — not predictive equations.” — Ammous

Study Prompts

  • Define human action and explain how it differs from instinct or reaction.
  • Why can’t economics be studied with the same methods as physics?
  • Contrast ordinal vs. cardinal value.
  • Apply Austrian methodology: How would you analyze a law mandating rent control?

TL;DR

Economics begins with human action: individuals acting purposefully to achieve ends with scarce means. Mainstream economics pretends to be physics, but without constants or experiments its formulas are empty. Austrian economics, by contrast, builds logically from human action, subjective value, and understanding. Through this lens, policies like minimum wage laws are revealed not as mathematical levers but as distortions of human choice that harm the very people they claim to help.


Thriving in the Eternal Loop

Thriving in the Eternal Loop

Wow. What’s popping people? It’s Dante.
Another beautiful morning. Eager and enthusiastic this morning. Getting ready for the day with my Ricoh GR.

How to Become More Enthusiastic

  • Deep sleep
  • Good meat
  • Walking on repeat

If you consistently move your body throughout the day, in the spirit of play, you will cultivate paradise here on earth.


The Eternal Return

I thrive in the eternal loop. If I think about this experiment of the eternal loop by Friedrich Nietzsche, this thought experiment where you return to the same day, the same feeling, the same moment eternally for the rest of your life until you die… or thinking of the metaphor of Sisyphus pushing his rock uphill just to have it endlessly roll back down…

“Once you find yourself affirming life — the toil, the pain, the joy, the lust, the greed — all of it… then you can fully embody what it means to live.”

When you affirm that eternal return, you find peace. Clarity. There’s no more escaping.


Just Being

I’m just being. Not seeking. Not striving. Just in a state of wholeness.

Because when you’re truly present and enjoying the fleeting complexities of the moment,

“This is where the Kingdom comes down to earth.”

That’s paradise. Not elsewhere. Here.
And it becomes even more real when you apply this in a practical way — through your vocation, through your passion like photography or art.


Nothing Can Break Your Spirit

When you pursue what you genuinely enjoy…
When you wake up with eagerness and enthusiasm

“Nothing can break your spirit. Nothing can break your love for life.”

Recognize this: you have the power to control your destiny.
Fate? Fate might just be death itself. So why not lay out a roadmap? A path to build the life and reality you actually want?


Desire and Slavery

Don’t ignore your desires.
Once you stop following that inner dream or the voice of your inner child…

“You’re succumbing to slavery.”

Not literal slavery. A mental one.
Because freedom? Real freedom?

“Freedom is just not needing anything more. Freedom is just not needing to survive anymore.”

Most of us are stuck in survival mode — making money just to eat, just to keep the lights on.
But thriving goes beyond that.
It’s about becoming the fullest version of yourself. Through creative expression. Through spiritual connection.


The Privilege of Time to Think

Why were the leaders of ancient Rome so impactful? Because they had free time.
Time to read, think, write, and debate.

“The problem with modern life is that the noise and the chatter is nonstop.”

Technology, bureaucracy — it all gets in the way.
Now, everything takes hoops to jump through. Paperwork. Permissions. Systems on systems.

Back then? You could think. Now? You can barely hear yourself.


The Loop Isn’t Bad… Unless It’s Numbing You

I don’t think the eternal loop is a bad thing.
You can thrive in it. But…

“If the loop is numbing you… if you’re involuntarily playing… then that’s where hell is brought down to earth.”

That’s mental hell.
Anxiety. Depression. Disconnection.


Another Day, Another Dollar?

How many people say:

“Another day, another dollar.”
“Same old sh*t, different day.”

It’s wild. Look around.
We’re living in the most exciting time in human history.
There’s no such thing as monotony. There’s infinite novelty, if you’re awake enough to see it.


The Street Photographer’s Superpower

This is what gives street photographers their edge:

“Finding infinite novelty in the mundane. That’s our superpower.”

Through the lens, we see.
Details. Fleeting moments. The poetry in the everyday.

But most people today?

They’re numb. Distracted. Trapped behind glass screens.


Numbness and the AFK Mind

Whenever I go out to shoot, I notice it.
People walking around like they’re AFK — away from keyboard — like their minds are somewhere else.
Paused. Checked out. Zoning into a screen instead of the moment.

“We’ve got the game running, but the main character isn’t even playing anymore.”

That’s scary. And profound. Because with all this new tech, we either:

  • Succumb to slavery (to noise, to survival, to systems),
  • Or rise into freedom (to think, to feel, to create).

But if we’re always distracted, always numbing ourselves?

We miss the point of being here at all.


Final Thought

I don’t know where all these thoughts are going today.
But check it out…

Mushrooms. 🍄

The Fiat Standard — Lecture 18 (Can Bitcoin Fix This?) • Study Notes

The Fiat Standard — Lecture 18 (Can Bitcoin Fix This?) • Study Notes


Introduction

  • Final lecture of The Fiat Standard course and book.
  • Builds on the question raised in The Bitcoin Standard: can Bitcoin fix fiat?
  • Not a definitive prediction (future is uncertain), but an exploration using the analytical tools of fiat and Bitcoin.
  • Examines:
  1. Threats to Bitcoin’s survival.
  2. Why these threats may fail.
  3. Possible scenarios for Bitcoin’s coexistence or dominance.

The Nature of Bitcoin as Money

  • Digitally scarce, verifiably fixed-supply asset.
  • Like cash or gold: held for its own value, not yield.
  • Cash = low risk, no yield → hedge against uncertainty.
  • Fiat century destroyed true cash → forced reliance on:
  • Government bonds
  • Gold
  • Real estate
  • Equity
  • Even art
  • Bitcoin adds a new form of cash:
  • No dependence on political institutions.
  • Strict, credible scarcity.

Total Addressable Market (TAM) for Bitcoin

  • $90T fiat cash balances.
  • $90T sovereign bonds.
  • $40T corporate bonds.
  • $10T gold.
  • ~$280T real estate.
  • ~$3T art.
  • > $230T in addressable cash-like assets.
  • Bitcoin (~$350B at time of lecture) = 0.15% rounding error in TAM.
  • Bitcoin competes as a store of value and cash substitute, potentially absorbing demand from all these asset classes.

Threats to Bitcoin

1. Government Bans

  • Fiat worldview: government decrees reality.
  • But bans often fail (see drug trade, black markets).
  • Bitcoin optimized for surviving bans:
  • Decentralized, distributed nodes.
  • One block of ~1–3.7 MB every 10 minutes → trivial to transmit globally.
  • Billions of devices can join network.
  • Economic incentive ensures circumvention: bans highlight Bitcoin’s core value—financial sovereignty.
  • Political economy: small, motivated Bitcoin minority vs. indifferent majority → likely successful lobby (like corn subsidies in U.S.).

2. Software Bugs

  • Bitcoin is open source: “with enough eyeballs, all bugs are shallow.”
  • Incentive alignment: holders, companies, and developers all motivated to protect code.
  • Defense is distributed and constant, not centralized.
  • Bugs possible, but catastrophic failure unlikely.

3. Return to a Gold Standard

  • Theoretically strong competitor: hard money with higher liquidity ($10T vs. $300B Bitcoin).
  • Could undermine incentive to use Bitcoin.
  • But unlikely:
  • Requires governments to give up fiat control.
  • Even if adopted, gold supply inflates ~2%/year vs. Bitcoin’s <0.5%.
  • Governments could still confiscate gold.
  • Bitcoin remains scarcer and seizure-resistant.

Growth Scenarios for Bitcoin

1. Central Bank Adoption

  • Possible: neutral settlement asset, independent of U.S. Fed/ECB.
  • Benefits: balance sheet appreciation, citizens save without debt.
  • But unlikely:
  • Central banks staffed by fiat loyalists.
  • They benefit from fiat privilege.
  • Low-time-preference mindset rare in bureaucracies.
  • El Salvador exception: no central bank, dollarized → Bitcoin as legal tender.

2. Hyperinflation Scenario

  • Common Bitcoin narrative: fiat collapses, Bitcoin rises.
  • Ammous: unlikely.
  • Hyperinflation requires supply explosion, not just demand decline.
  • Bitcoin reduces demand for debt instruments, thus reduces fiat creation.
  • Punchline of the book:
  • Bitcoin encourages saving, discourages debt.
  • Less debt = less fiat issuance.
  • Transition may resemble a debt jubilee rather than hyperinflation.

3. Orderly Transition Scenario

  • Bitcoin reduces fiat demand and fiat supply growth.
  • Parallel Bitcoin economy grows as fiat economy shrinks.
  • Could avoid major collapse → gradual downsizing of fiat into irrelevance.
  • Savers and entrepreneurs flourish; central planners wither.
  • Analogy: Wright brothers → innovation funded by savings, not fiat credit bubbles.

4. Speculative Attack Scenario

  • Borrow fiat → buy Bitcoin → repay in devalued fiat.
  • Accelerates fiat decline, Bitcoin rise.
  • Examples: George Soros vs. Bank of England.
  • Could prevent slow transition.
  • Limits:
  • Lenders may refuse to enable Bitcoin leverage.
  • Governments could restrict borrowing for Bitcoin.
  • Volatility discourages leveraged speculation.

5. CBDC (Central Bank Digital Currency) Scenario

  • True systemic threat.
  • CBDCs = fiat without credit discipline: pure money printing.
  • Optimized for surveillance, censorship, inflation.
  • Resembles Soviet Gosbank model: one account for everyone.
  • Inflation “managed” by restricting spending:
  • Meat quotas
  • Fuel limits
  • Rationing, lockdowns
  • Digital + propaganda → force compliance (fiat science: climate, nutrition, medicine).
  • Creates economic apartheid:
  • CBDC world: surveilled, centrally planned, soy-bug diet, metaverse escapism.
  • Bitcoin world: free market, hard money, energy abundance.
  • CBDCs advertise Bitcoin’s advantages: censorship-resistance and inflation-resistance.

Possible Outcomes

  • Debt Jubilee Scenario: Bitcoin allows fiat debts to be devalued without hyperinflation → peaceful transition.
  • Speculative Attack Scenario: fiat collapses faster via leveraged arbitrage.
  • CBDC Scenario: authoritarian dystopia coexists with Bitcoin free market → financial apartheid.
  • Mixed Scenario: some regions manage fiat responsibly → coexistence for decades.

Conclusion

  • Bitcoin is reintroducing free-market competition in cash balances after a century of fiat monopoly.
  • Threats exist, but economics favors Bitcoin’s survival:
  • Bans are impractical.
  • Bugs unlikely catastrophic.
  • Gold standard revival unrealistic.
  • Two paths forward:
  • Orderly Transition → debt deflation, fiat shrinks peacefully.
  • CBDC Dystopia → authoritarian control vs. Bitcoin black market freedom.
  • Either way: Bitcoin remains the escape hatch.

The Fiat Standard — Lecture 17 (Bitcoin Cost-Benefit Analysis) • Study Notes

The Fiat Standard — Lecture 17 (Bitcoin Cost-Benefit Analysis) • Study Notes


Introduction

  • In Chapter 12, Ammous analyzed fiat’s costs and benefits.
  • Here, he applies the same framework to Bitcoin.
  • Key difference:
  • Fiat economists assume truth is imposed top-down (central banks, academia).
  • Real economics studies why people voluntarily act as they do.
  • Fiat thinkers dismiss Bitcoin because it is not government money, but Bitcoin works in practice—usage grows, security increases, and adoption spreads.
  • This lecture asks: What are the costs of Bitcoin, and what are the benefits?

Costs of Bitcoin

1. Electricity Consumption

  • Estimated (2021): 100–150 TWh/year.
  • That’s a lot of electricity, but mostly from cheap, stranded, or waste sources.
  • Avg. global electricity: ~14¢/kWh.
  • Bitcoin miners: ~2–5¢/kWh (sometimes less).
  • In bear markets (2022), even miners at 6–7¢ were wiped out.
  • Annual global mining cost ≈ $2–6B.

2. Mining Rewards as Security Budget

  • Block subsidy + fees = miner income.
  • By design, cost ≈ reward (difficulty ensures equilibrium).
  • Total block rewards (2009–Jul 2021): ~$29.4B.
  • Rough proxy for total network security cost.

3. Infrastructure Costs

  • Facilities, ASICs, operations.
  • Highly competitive: inefficient miners go bankrupt; efficient miners expand.
  • Costs converge on block reward value.

Benefits of Bitcoin

1. Secure Savings

  • Bitcoin converts energy + hardware → inflation-resistant savings.
  • Market cap July 2021: ~$800B.
  • Market cap Nov 2022: ~$350–400B.
  • Cost ≈ $35B → Value ≈ $350–400B → 10x return.

2. Long-Term Efficiency

  • Stock-to-Flow (S2F) ratio:
  • Security cost declines as a % of network value.
  • New issuance shrinks → efficiency rises.
  • Avg. Bitcoin has appreciated ~23x from production cost to current value.

3. Global Money Transfer

  • Bitcoin enables international settlement at negligible cost.
  • Fees ≈ 0.02% of transaction value (far cheaper than gold or fiat settlement).
  • Example: gold settlement across continents = up to 1% of value.
  • Bitcoin: scalable batching, far cheaper.

4. Open Security Market

  • No fixed “security budget.”
  • If demand rises → users pay higher fees → miners secure more.
  • Example: Dec 2017 → avg. $50 fees, yet demand persisted.
  • Bitcoin secures itself through market incentives, not central planning.

Comparison: Fiat vs. Bitcoin

  • Fiat:
  • ~14% supply inflation average.
  • Managed by politicians and central banks.
  • Finances war, bureaucracy, and political agendas.
  • Settlement requires human intermediaries, armies, and banks.
  • Bitcoin:
  • Fixed 21M cap; predictable declining inflation.
  • Decentralized, transparent monetary policy.
  • Finances cheap, reliable energy investment (miners).
  • Settlement: rules without rulers; proof-of-work consensus.

Analogy with Other Machines

  • Every major technology consumes more energy but delivers higher efficiency:
  • Washing machine vs. handwashing.
  • Airplane vs. kayak.
  • Steel houses vs. tepees.
  • Computers vs. abacus.
  • People choose the energy-intensive machine because the output > input.
  • Bitcoin is no different: it consumes electricity but produces superior monetary reliability.

Key Takeaways

  1. Total costs: ~$30–35B in energy + infrastructure.
  2. Total benefits: Hundreds of billions secured; ~10x efficiency ratio.
  3. Stock-to-Flow: ensures rising efficiency as issuance declines.
  4. Transaction fees: minimal compared to fiat/gold; will adjust dynamically with demand.
  5. Security model: market-driven, not centrally planned.
  6. Bitcoin = technological upgrade over fiat—like cars over horses, or computers over abacuses.

Conclusion:
Bitcoin is worth its costs. Its electricity consumption secures hard money, global settlement, and inflation-proof savings—a bargain compared to the destructive costs of fiat.


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