The Complete Bitcoin Investment Course

Debasement erodes money by expanding the money supply, shrinking each holder's claim on productive capacity. Increased production, technological advances, and state influence trigger debasement, the killer of money.

Learn the quantity theory of money, where money supply times velocity equals price level times transactions. Inflation arises when money supply grows faster than production, i.e., debasement.

Explore how increased production of money leads to debasement, illustrated by stock-to-flow concepts and gold examples, and why higher productivity makes this the least harmful form of debasement.

Technology can debase money by mass producing forms, breaking stock to flow ratio, as cowrie shells, beads, and salt were demonetized while gold became the preferred money.

Examine how the state debases currency, not money, by minting coins, altering weight and purity, to fund spending through inflation.

Explore why sound money preserves purchasing power and why hard money resists debasement. Compare government paper currency as unsound money to gold as historically sound money.

Explain how gold's salability improved through layer two innovations, coins and IOUs, reducing transmission costs and enabling scalable, time- and space-efficient money transfers via goldsmiths.

Learn how gold-backed IOUs improve money by enabling transferability without increasing the money supply, using a 100% gold reserve to preserve a 10% claim on productive capacity.

Explore how proto banks facilitated lending between individuals, with goldsmiths as mediators, earning fees while lenders bear risk and the money supply remains unchanged.

Explore how central banks regulate banks, issue a unified currency, and act as lender of last resort to stabilize monetary systems, shaping base and broad money.

Analyze how the Federal Reserve and central banks funded World War I through debasement, broke the gold standard, and fueled inflation, leading to the Great Depression and stock market crash.

Examine executive order 6102 during the Great Depression, forcing gold surrender to the Federal Reserve and the Gold Reserve Act that devalued the dollar, underscoring private property and natural rights.

Explore why governments seek control over money via Keynesian economics to smooth booms and busts, using deficits, surpluses, and money creation to gain political power.

Bretton Woods established a fixed exchange rate system with dollars backed by gold and reserves, creating the IMF and World Bank to support global cooperation, reconstruction, and development loans.

Trace the 1971 end of the gold standard, Nixon's decision, and the rise of fiat money, revealing the severed gold link and ongoing currency debasement.

Explore the fiat standard and how money is created today. Learn how the government prints money and borrows by selling bonds, with plain-language explanations from economist Jared Bernstein.

Discover how bonds represent borrowing and lending, with face value, interest, and repayment. Learn that the US government borrows money, while the Federal Reserve creates money under fiat standards.

The state borrows by issuing treasuries—bills, notes, and bonds—to fund deficits. The Federal Reserve creates money and buys these treasuries from banks, balancing its balance sheet.

Explore the credit theory of money, viewing money as credit issued by governments, recorded on ledgers, and backed by work, not by commodities alone.

Explore in the complete bitcoin investment course how the fiat regime and this form of money affect individuals and society, and why the overall impact matters more than money theory.

Explain how the 2008 crisis arose from real estate debt and liar's loans, the creation of mortgage backed securities, and a system driven by financial manipulation.

Explain how the Cantillon effect from fiat money creates inequality by privileging those closest to new money, while asset owners profit from inflation.

Discover how fiat money enables central planning and malinvestments, and why market-led resource allocation often outperforms state-led decisions in driving growth.

Analyze how fiat money imposes resource costs through central banks, inflation management, and financial intermediaries, and why preserving buying power—like gold—requires investment.

Explore how neo colonialism uses World Bank loans and fiat currencies to extract wealth from developing countries, creating debt slaves and forced export dependence.

Explores how fiat money depreciates and becomes perishable, driving a short-term based society with a high time preference, and shaping self-worth and the value of work.

Examine how centralized money and state power threaten freedom and sovereignty, eroding private property and the social contract, as emergency measures reveal money as a tool of control.

Explore what bitcoin is and the money problems it solves, from fiat inflation to a decentralized network. See how Satoshi Nakamoto's Bitcoin challenges state control amid the 2008 financial crisis.

Identify the properties of ideal money and how Bitcoin maximizes them, while noting how Satoshi addresses limitations seen in gold.

Satoshi's monetary purity designs bitcoin to have no utility beyond money, creating value driven solely by supply and demand, with extreme divisibility, portability, and durability.

Satoshi proposes money that is absolutely scarce, with a fixed, non-expandable supply. He contrasts this with commodity money and cites lab-grown diamonds to illustrate technology's ability to create scarcity.

Explain verifiability as a property of money that provides cheap, instant verification of authenticity, avoiding gold's faking risks and offering a 100% real-money guarantee.

Explore how bitcoin achieves absolute scarcity and work independent issuance, its energy implications, and what it means for bitcoin as money and a financial asset in the emergence of cryptocurrency.

Explore the shift from centralized ledgers controlled by banks to a decentralized, digital network where every participant holds a full ledger and broadcasts transactions, enabling partially permissionless, peer-to-peer money.

Explore how Bitcoin wallets use cryptography, with private and public keys generating verifiable transactions and signatures, enabling secure, unforgeable transfers.

Generate and protect a bitcoin seed with a hardware wallet, showing seed creation, offline paper backup, and private keys remaining on the device while signing transactions.

Learn how input-output signatures verify bitcoin transactions in a permissionless system without a central authority, by linking inputs from prior transactions to new outputs with private key signatures.

Trace the transaction chain from inputs and outputs to ownership, signatures, and spent outputs, and learn that bitcoins are a unit of measurement tied to private keys, not physical coins.

Fund your exchange account to buy bitcoin and transfer it to your self-custody Blue Wallet. Understand private keys, seeds, and counterparty risk when moving funds from exchange to your wallet.

Learn how private keys, public keys, and signatures prevent double spending in Bitcoin's decentralized network, and how the blockchain resolves conflicting transactions.

Explore how blocks link by hash, with each block containing the previous block's imprint. Mining with the nonce and sha256 creates an immutable, verifiable ledger.

Discover how bitcoin nodes—the computers that store the full blockchain or a pruned version—relay and verify transactions, maintain the mempool, and support the network through Bitcoin Core.

Explore how transaction fees and block space drive mining, with high-fee transactions filling four megabytes per block and the block reward sustaining the network as a bitcoin per vbyte commodity.

Learn how transaction size, driven by inputs, outputs, and signatures, determines block space; compare fee rates in the mempool auction for quick finality.

Explore how the difficulty adjustment algorithm maintains a ten-minute block time and steady bitcoin issuance, while the halving and 21 million cap govern rewards and supply.

Reveal how simultaneous valid blocks trigger a temporary reorg, how the network favors the chain with more work, and how six confirmations deliver finality.

Explore the balance of power among Bitcoin’s nodes, miners, and developers, and how blocks are proposed and accepted or rejected through proof of work in a decentralized, adversarial system.

Developers propose updates; nodes choose to run them, producing hard forks or soft forks. Activation blocks reveal consensus, and users should wait after forks before transacting.

Bitcoin's hardness comes from needing to convince everyone across diverse communities to adopt changes, making updates slow, controversial, and driven by activation blocks and forks.