The Economy Is Rushing But Can Avoid a Speed Trap

The US economy expanded at a 2.4% annual pace in the second quarter, crushing consensus expectations and driving another stake into the 2023 recession narrative. But those inclined toward bearish views still have an angle to pursue over the medium term: perhaps the economy is too good and the Federal Reserve will have to raise rates beyond the current 22-year high, effectively stepping on the brakes even harder and dooming us to an ugly 2024.

That’s a scenario that Fed Chair Jerome Powell seems to be at least entertaining (but maybe without such a negative outcome). As Powell said at his press conference on Wednesday after the central bank raised its target rate 25 basis points, reducing inflation “is likely to require a period of below-trend growth and some softening of labor market conditions” — a mantra he has repeated for months.

But what’s “below-trend” growth, and why do we need it? Simply put, economists tend to believe that the economy has a speed limit above which it starts to overheat and can foster inflation. The intuition is that an economy can produce only so many goods and services in a given period, and prices tend to go up if demand outstrips supply. The Congressional Budget Office estimates potential GDP at around 1.8%, and the economy is clearly trending above that mark.

But the 2021-2022 bout of inflation was hardly a classic case of overheating, and there are a number of wrinkles to consider in the current context. The pandemic-era supply chain disruptions were unique in economic history, and many observers suspect that it may be possible to cool inflation to a degree without targeting demand. Consider the following decomposition from researchers at the Federal Reserve Bank of San Francisco, which suggests that supply factors were probably driving the bus for much of early 2022. Since then, the demand side may have slid tentatively into the driver’s seat, but note too (from the “ambiguous” contribution) that it’s impossible to understand the dynamics with precision.

Some of Each