Frequently Asked Questions

This comparison comes up very often. The Dutch tulip speculation of 1637 is frequently likened to Bitcoin. I understand the concern — when you see an asset with skyrocketing prices, anyone would suspect a bubble.

But there is a decisive difference. Tulips had no monetary properties whatsoever. They couldn’t be divided, they wilted and disappeared, they couldn’t be transferred, and there was no way to limit supply. The tulip bubble was pure speculation, and no intrinsic function supported the price.

Bitcoin is different. It possesses all the attributes of sound money — scarcity, durability, divisibility, portability, and verifiability. The total supply is mathematically limited to 21 million coins, and it can be transferred anywhere in the world without permission. This is combined with powerful network effects. As more users join, the network’s value and security grow stronger.

Most importantly, Bitcoin has survived over 15 years despite countless declarations that it was “dead.” In each cycle, the price has plummeted only to exceed previous highs, and the hashrate (a measure of network security) reaches all-time highs every year. The tulip bubble burst once and was finished. Bitcoin, however, has repeatedly returned stronger. This isn’t a bubble — it’s a monetization process.

This concern deserves serious consideration. There are indeed cases of Bitcoin being used for ransomware and illegal transactions.

However, we must check the facts. The Bitcoin blockchain is a completely public ledger. Every transaction is recorded permanently and can be viewed by anyone. This is guaranteed by proof of work, a core design feature of Bitcoin. In fact, the FBI and law enforcement agencies worldwide use blockchain analysis to track and arrest criminals, leveraging Bitcoin’s transparency.

What criminals truly prefer is cash (dollars). According to the United Nations Office on Drugs and Crime (UNODC), the vast majority of money laundering worldwide still occurs through traditional financial systems and cash. Illicit transactions through Bitcoin are estimated at less than 1% of total transaction volume.

The fact that a new technology can be misused by criminals cannot be grounds for rejecting the technology itself. Automobiles, the internet, and telephones are all used in crime, but nobody calls them “tools for criminals.” A tool’s value should be judged by its overall uses.

Quantum computing is indeed a technological development worth noting. Theoretically, a sufficiently powerful quantum computer could threaten the cryptographic foundations of Bitcoin. I won’t dismiss this concern lightly.

But context matters. First, a quantum computer powerful enough to break Bitcoin’s cryptography does not currently exist, and most experts believe it will take at least 10-20 years or more before it becomes a practical threat. Second, this threat is not unique to Bitcoin. If a quantum computer can break Bitcoin’s encryption, banking systems, military communications, internet security, and nuclear weapons launch codes — all cryptographic systems of modern civilization — would be simultaneously threatened.

Third, Bitcoin can be upgraded. The Bitcoin protocol has already been upgraded several times through soft forks. Post-quantum cryptography is actively being researched, and before the threat becomes reality, the Bitcoin community can transition to quantum-resistant signature algorithms. This is not a matter of “if” but “when,” and Bitcoin developers are already preparing for it.

You’re right — Bitcoin’s base layer (on-chain) can only process about 7 transactions per second, and fees can be high at times. Using Bitcoin on-chain to buy a cup of coffee would be inefficient.

But this is not a design flaw; it’s an intentional trade-off. Bitcoin’s base layer prioritizes the attributes of sound money — decentralization, censorship resistance, and immutability. This is similar to gold. We don’t buy coffee with gold, but that doesn’t mean gold is useless as a store of value.

For everyday payments, there is the Lightning Network, a layer-2 solution. The Lightning Network operates on top of the Bitcoin base layer and enables Bitcoin transfers that are almost instant and nearly free. It is already being used for everyday payments in El Salvador, and adoption is expanding worldwide.

Monetary systems operate hierarchically. The base layer (Bitcoin blockchain) handles final settlement, and upper layers (Lightning) process everyday transactions. This is the same principle as how a credit card network operates on top of a central bank settlement system today.

This is one of the first questions newcomers ask, and the answer is reassuringly straightforward. In the vast majority of developed nations — the United States, European Union member states, Japan, South Korea, Canada, Australia, and the United Kingdom — Bitcoin is fully legal to own, buy, sell, and use. Regulatory frameworks vary in specifics, but the direction is clear: governments are choosing to regulate Bitcoin, not ban it.

Some countries have taken even more decisive steps. In 2021, El Salvador became the first nation to adopt Bitcoin as legal tender alongside the US dollar. The Central African Republic briefly followed. More recently, several nations have established Bitcoin strategic reserves or are actively exploring Bitcoin-friendly legislation. The trend line is unmistakable — Bitcoin is being integrated into the global financial system, not excluded from it.

There are exceptions. A handful of countries — notably China, which banned Bitcoin trading and mining in 2021 — have taken restrictive stances. However, even China’s ban has not eliminated Bitcoin usage; it has simply pushed activity to other jurisdictions. History shows that attempts to ban decentralized technologies generally fail. You cannot ban mathematics, and Bitcoin is fundamentally mathematics — proof of work and cryptographic signatures operating on a peer-to-peer network.

The practical advice is simple: check your local regulations, use licensed exchanges where required, and keep records for tax purposes. Bitcoin’s growing legal acceptance worldwide reflects a fundamental reality — a monetary network used by hundreds of millions of people with a multi-trillion-dollar market capitalization cannot be ignored or wished away. It can only be understood and engaged with.

Bitcoin’s supply schedule is one of its most elegant features and a key reason it functions as sound money. Of the hard-capped 21 million total supply, approximately 19.8 million Bitcoin have already been mined as of 2026. That leaves roughly 1.2 million Bitcoin yet to be created — but don’t assume they’ll arrive quickly.

The halving mechanism ensures that the rate of new Bitcoin creation is cut in half approximately every four years (every 210,000 blocks). After the most recent halving in April 2024, the block reward dropped to 3.125 BTC per block. The next halving, expected around 2028, will reduce it to 1.5625 BTC. This exponential decay means that while over 94% of all Bitcoin has already been mined, the remaining 6% will trickle out over the next century-plus. The very last Bitcoin will be mined around the year 2140.

This predictable, transparent issuance schedule stands in stark contrast to fiat money, where central banks can — and regularly do — create new currency units at will. No one can predict how many dollars, euros, or yen will exist next year. But everyone knows exactly how many Bitcoin will exist at any point in the future. This certainty is enforced not by a promise from an institution, but by code running on tens of thousands of nodes worldwide.

The scarcity is even more extreme than it appears. Estimates suggest that 3-4 million Bitcoin are permanently lost — forgotten passwords, discarded hard drives, deceased holders with no backup. The effective circulating supply may be significantly less than 19.8 million. Combined with growing demand, this supply dynamic is the foundation of Bitcoin’s long-term value proposition.

This question deserves a precise answer, because the word “hacked” is used loosely. The Bitcoin protocol — the core software, the blockchain, the consensus mechanism — has never been hacked in its 17+ year history. Not once. This is a remarkable track record for a system that offers a direct financial bounty of hundreds of billions of dollars to anyone who could break it. The network operates 24/7/365 with no downtime, no bailouts, and no administrator to call.

The security comes from the combination of SHA-256 cryptography and proof of work. To alter the blockchain, an attacker would need to control more than 50% of the network’s total computing power — a so-called 51% attack. As of 2026, the Bitcoin hash rate exceeds 800 EH/s (exahashes per second). Amassing that much computational power would cost billions of dollars in hardware and energy, and even then, the attacker could only double-spend their own recent transactions, not steal anyone else’s coins. The game theory makes attacking Bitcoin economically irrational.

What does get hacked are the things surrounding Bitcoin: centralized exchanges (Mt. Gox, FTX), poorly secured wallets, and most commonly, humans themselves through phishing, social engineering, and weak passwords. These are not Bitcoin vulnerabilities — they are custody vulnerabilities. It’s the difference between a bank vault being impenetrable and someone leaving their house key under the doormat.

This is precisely why the Bitcoin community emphasizes self-custody and proper security practices. Using a hardware wallet, enabling multisig where appropriate, keeping your seed phrase offline, and never sharing your private keys — these practices make your Bitcoin virtually impossible to steal. The protocol has proven itself; the remaining challenge is educating users to secure their own keys. Refer to the wallet guide for best practices.

This is one of the most persistent criticisms of Bitcoin, and it deserves a serious, nuanced response rather than dismissal. Yes, Bitcoin mining consumes a significant amount of energy — currently comparable to a mid-sized country. The question is not whether Bitcoin uses energy, but whether that energy use is justified and how it compares to alternatives.

First, the energy mix. According to multiple industry reports, over 50% of Bitcoin mining is powered by renewable energy sources — hydroelectric, solar, wind, and geothermal. This makes Bitcoin mining one of the most renewable-heavy industries on earth. Furthermore, Bitcoin mining has a unique property: it is location-independent. Miners naturally gravitate toward the cheapest energy, which is often stranded or wasted energy — methane flaring at oil wells, excess hydroelectric power during rainy seasons, curtailed wind and solar that would otherwise go unused. Bitcoin turns waste energy into monetary value, actually incentivizing renewable energy development.

Second, the comparison. Critics often cite Bitcoin’s energy usage in isolation, without comparing it to the system it aims to replace. The legacy financial system — bank branches, corporate offices, data centers, ATM networks, armored trucks, paper currency printing, gold mining, and military enforcement of the petrodollar — consumes vastly more energy than Bitcoin. When measured on a per-unit-of-security basis, Bitcoin is remarkably efficient at securing trillions of dollars of value.

Third, the philosophy. Energy consumption is not inherently bad — what matters is what the energy produces. We don’t criticize hospitals, heating systems, or the internet for using energy, because we value their output. Bitcoin’s proof of work converts energy into the most secure, censorship-resistant monetary network in human history. That energy expenditure is not waste; it is the very mechanism that makes Bitcoin trustless and immutable. Energy usage is a feature, not a bug.

Bitcoin’s volatility is real, and it understandably gives newcomers pause. A 20-30% drawdown in weeks — sometimes days — can feel alarming if you’re accustomed to traditional assets. But volatility is not the same as risk, and understanding why Bitcoin’s price moves so dramatically is essential to forming a sound perspective.

Bitcoin is in an early monetization phase. It is transitioning from being worth nothing (2009) to potentially becoming a global store of value and reserve asset. This process — going from zero to multi-trillion-dollar market capitalization — has never happened before in human history. Price discovery at this scale is inherently volatile. Every new wave of adoption brings buyers who push the price to new highs, followed by corrections as short-term speculators take profits. This is not a flaw; it is the natural mechanism of an asset being priced by the market in real time.

The 4-year halving cycle adds a structural dimension to this volatility. Every four years, the rate of new Bitcoin issuance is cut in half. This supply shock, combined with growing demand, historically triggers a bull market cycle. The pattern has repeated with striking consistency: halving, followed by a supply squeeze, followed by a price surge, followed by a correction. As each cycle completes, the magnitude of volatility decreases. Bitcoin’s annualized volatility has been trending downward for over a decade.

The key insight comes from time preference. If you zoom out from any single price movement and look at any 4+ year holding period in Bitcoin’s history, holders have always been in profit. Bitcoin is the best-performing asset of the last 15 years by an enormous margin. Volatility is the price of admission for asymmetric returns. Those who understand Bitcoin’s fundamentals — fixed supply, growing adoption, improving infrastructure — hold through the volatility because they understand what they hold. As Bitcoin’s market capitalization grows and institutional liquidity deepens, volatility will continue to decrease. Patience is the strategy.

This is a fair question. If a theory isn’t taught in most universities, shouldn’t there be something wrong with it?

However, whether a school of thought is mainstream does not determine whether it is true. The reason Austrian economics is not mainstream involves political incentives. The Austrian school argues for reduced government intervention — abolishing central banks, cutting government spending, eliminating regulations. By contrast, Keynesian economics gives governments justification for increasing spending during recessions. It’s obvious which theory is more attractive to governments.

The incentive structure in academia is similar. A significant portion of research funding comes from government agencies and central banks. It’s unlikely those institutions would fund research that questions their very existence. Hayek himself warned in his Nobel Prize speech, “The Pretence of Knowledge,” of the danger of economics imitating natural science.

What matters is the validity of the argument. The fact that some economists predicted the 2008 financial crisis from the perspective of the Austrian business cycle theory is noteworthy.

This question contains an important debate about scientific methodology. It’s a reasonable question whether an economics that doesn’t use mathematical models can be rigorous.

The Austrian school’s methodology is praxeology (human action theory). It departs from the self-evident axiom that “humans act purposefully” and logically derives economic laws from this foundation. It’s not that it doesn’t use mathematics, but rather that Austrian economics argues mathematical modeling is inappropriate in the realm of human action.

In physics, atoms don’t make choices. Under the same conditions, the same results repeat. But humans are different. Humans learn, change expectations, and reshape their own futures. If we model human behavior like physics with mathematical constants, it appears precise but actually delivers false confidence.

Hayek pointed this out exactly in his 1974 Nobel Prize speech: “We may have been trying too hard to make our science look like natural science.” Through the concept of the economic calculation problem and the dispersion of knowledge, he demonstrated the limits of attempting to capture complex economic phenomena with simple mathematical models. Rigor comes not from the use of mathematics but from the consistency of logical reasoning.

This concern is repeatedly emphasized in mainstream economics textbooks, so it’s natural to worry. The logic goes: “If prices fall, consumption falls, and if consumption falls, the economy stagnates.”

But there are two types of deflation. Bad deflation occurs when the money supply contracts sharply due to credit collapse — the Great Depression of the 1930s is an example. Good deflation, by contrast, occurs when technological progress and productivity improvements mean people can buy more with the same money.

Technology is inherently deflationary. Computer performance, smartphones, and TV quality improve every year while prices fall. Do people indefinitely postpone buying smartphones because of this? No. People buy what they need now. Time preference exists.

Historically, good deflation has accompanied prosperity. In the late 19th century United States, under the gold standard, prices fell consistently, yet the country simultaneously experienced the fastest industrial growth and living standard improvements in human history. The idea that continuous inflation under fiat money is “normal” is itself historically exceptional.

This question is the most common objection to libertarianism and contains an important point. Can public goods like roads be provided without government?

First, let’s check the historical facts. Most early American roads were built by private turnpike companies. From the 18th-19th centuries, thousands of private road companies constructed and maintained roads in exchange for tolls. In modern times, private toll roads exist worldwide, and in many cases are better maintained than government roads.

The fundamental problem with this question is the logical fallacy that “whatever government currently provides can only be provided by government.” If government made shoes, one could ask “Who makes shoes without government?” but this wouldn’t prove government is the only entity that can make shoes.

From the perspective of spontaneous order, markets create supply where there is demand. If people want roads and are willing to pay for them, entrepreneurs have an incentive to build them. The core question is not “Can roads be built?” but rather “Can roads be built without coercive taxation?” and history answers “Yes.”

This concern is intuitively persuasive. If large corporations act freely, how can consumers be protected?

The key answer is competition. In a free market, if a business exploits consumers, competitors offer better terms and steal those customers. The true protector of consumers is not regulatory agencies but competitors offering alternatives. This is how market spontaneous order operates.

Government regulation, by contrast, often leads to regulatory capture. Large corporations use lobbying to create regulations in their favor and block small competitors from entering the market. Regulations are introduced ostensibly to protect consumers but often end up protecting the monopolistic position of existing large businesses.

The role of reputation and information is also crucial. In the internet age, consumers instantly share company behavior through reviews, ratings, and social media. A bad reputation is a more powerful sanction than any regulation. Bitcoin itself is a good example — without government regulation, it built trust through proof of work and transparent protocol.

This is probably both the most emotional and the most important objection to libertarianism. Who cares for the poor, the elderly, and the disabled? This question must not be treated lightly.

First, we must distinguish intention from results. Government welfare programs have good intentions. But good intentions don’t guarantee good results. America’s “War on Poverty” began in the 1960s, but after trillions in spending, poverty rates barely changed. Instead, it produced unintended consequences: welfare dependency, family breakdown, and reduced work incentive.

Before government welfare, humanity cared for the vulnerable. Mutual aid societies, religious organizations, local communities, and family networks played that role. Voluntary charity and mutual aid create human relationships between provider and recipient unlike government welfare, and encourage self-reliance rather than dependency.

There is also the question of who defines “protection.” The power government exercises in the name of “protection” is often used in ways contrary to its original intention. From the perspective of the non-aggression principle, genuine protection of the vulnerable begins not with coercive redistribution but with equally guaranteeing everyone’s property rights and freedom. The economic growth created by free markets and sound money is historically the mechanism that has lifted the most people out of poverty.