Iran War Could End Cheap Money Era, Raise Global Inflation Floor
The ongoing Iran war is creating a persistent inflation floor that may signal the end of the era of cheap money and expose vulnerabilities in global energy markets.
Initially, markets assumed that the spike in oil prices, inflation, and volatility would be temporary. Once the conflict ended, central banks were expected to resume ultra-easy policies, as they have done repeatedly since 2008.
However, some analysts warn that the effects of the war will linger, keeping global inflation structurally higher and impacting returns across stocks, crypto, and bonds. The central issue is the fragility of energy markets.
For decades, economies relied on global energy supply chains and price-driven markets. Disruptions in the Strait of Hormuz have caused shortages in countries like India, Japan, and South Korea, and could eventually affect China and the U.S., traditionally considered energy independent. The likely response: nations will prioritize energy security and independence.
Energy expert Anas Alhajji says this could accelerate de-globalization in energy markets, with states favoring control over cost, strategic stockpiling, and vertical integration. “Energy will shift from being just a commodity to a strategic geopolitical asset,” he notes, warning of higher costs, slower innovation, and fragmented markets.
The war’s impact goes beyond oil, affecting fertilizer, food production, industrial output, and even semiconductor manufacturing due to shortages of helium and sulfur. The UN has already flagged rising global food prices.
Impact on Financial Markets
Low inflation historically allowed central banks to maintain near-zero interest rates and pump liquidity into markets, fueling historic gains in stocks, bonds, and crypto. A structurally higher inflation floor could limit that flexibility, constraining liquidity and capping returns across asset classes.
Investors should prepare for sticky inflation, less accommodative monetary policy, and elevated market volatility.
