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The outperformance of technology and crypto stocks isn't random. It follows a fundamental principle: capital flows to where it can generate the most intelligence output for the least energy input. This framework explains the long-term secular trend driving these sectors.
The S&P 500's heavy concentration in a few tech giants is not unprecedented. Historically, stock market returns have always clustered around the dominant technology transformation of the time. Before 1980, leaders were spinoffs of Standard Oil, car companies like GM, and General Electric, reflecting the industrial and automotive revolutions.
Crypto is no longer the only game in town for high-risk speculation. The rise of compelling "frontier" narratives in public markets—like AI, space, and robotics—has diluted the pool of speculative capital that once flowed primarily into crypto, making sustained rallies harder to achieve.
The extreme market concentration in AI stocks might not end in a tech crash. An alternative is that other sectors like financials, industrials, and energy will "catch up" as they benefit from the massive capital expenditure required to build out AI infrastructure, broadening market performance.
Instead of predicting specific companies, identify irreversible macro-trends, or "directional arrows of progress." Examples include the move towards higher energy density (carbohydrates to uranium) or more compact data storage (spinning drives to flash). Investing along these inevitable paths is a powerful strategy.
Long-term returns are a function of capital supply and demand. Hyped areas like AI have a surplus of capital, competing returns down. True opportunities lie in being the "one banker for 1,000 borrowers"—investing in areas starved for capital, where your money commands a higher expected return.
A powerful parallel exists between the 2010s gold market and today's crypto market. The immense capital demand for productive AI infrastructure is siphoning investment away from non-productive "store of value" assets like crypto, causing significant underperformance and outflows.
While blockchain technology is being integrated into the financial system, the massive speculative rallies in crypto are primarily a function of excess liquidity. When capital is abundant and cheap, investors move further out on the risk curve to assets like crypto, driving prices up.
Technology's share of the economy will grow as it underpins every industry. Conversely, the services sector, which sells human intelligence for repetitive tasks, is fundamentally threatened by AI that can automate processes and commoditize expertise.
As AI becomes capable of improving itself, capital may concentrate on these systems, seeking exponential returns. This creates a new paradigm where traditional value investing strategies, which rely on mean reversion, could fail as certain sectors get permanently disrupted while others achieve sustained, compounding growth.
Jason Calacanis's framework for crypto investing focuses on projects that create tangible value. These platforms use decentralization to build permissionless, hyper-efficient markets that tap into global labor or compute, thereby 'violently' removing friction and cost for a real customer.