Search Results
Working Paper
The Natural Rate of Interest Through a Hall of Mirrors
Prevailing explanations of persistently low interest rates appeal to a secular decline in the natural interest rate, or r-star, due to factors outside monetary policy's control. We propose informational feedback via learning as an alternative explanation for persistently low rates, where monetary policy plays a crucial role. We extend the canonical New Keynesian model to an incomplete information setting where the central bank and the private sector learn about r-star and infer each other's information from observed macroeconomic outcomes. An informational feedback loop emerges when each side ...
Working Paper
The Rising Cost of Climate Change: Evidence from the Bond Market
The level of the social discount rate (SDR) is a crucial factor for evaluating the costs ofclimate change. We demonstrate that the equilibrium or steady-state real interest rate isthe fundamental anchor for market-based SDRs. Much recent research has pointed to adecrease in the equilibrium real interest rate since the 1990s. Using new estimates of thisdecline, we document a pronounced downward shift in the entire term structure of SDRsin recent decades. This lower new normal for interest rates and SDRs has substantiallyboosted the estimated economic loss from climate change and the social ...
Speech
Measuring the Natural Rate of Interest: Past, Present, and Future
Remarks at the Thomas Laubach Research Conference, Board of Governors of the Federal Reserve System, Washington, DC.
Working Paper
Some Evidence on Secular Drivers of US Safe Real Rates
We study long-run correlations between safe real interest rates in the United States and over 20 variables that have been hypothesized to influence real rates. The list of variables is motivated by the familiar intertermporal IS equation, by models of aggregate savings and investment, and by reduced form studies. We use annual data, mostly from 1890 to 2016. We find that safe real interest rates are correlated as expected with demographic measures. For example, the long-run correlation with labor force hours growth is positive, which is consistent with overlapping generations models. For ...
Journal Article
The Asymmetric Costs of Misperceiving R-star
The natural rate of interest, or r-star, is used to evaluate whether monetary policy is restrictive or supportive of economic activity. However, this benchmark rate can only be estimated, and policymakers’ misperceptions of the level of the natural rate can carry substantial economic costs in terms of unemployment and inflation. A scenario using mistaken perceptions shows that the costs of overestimating the natural rate are greater than the cost of underestimating it if policy space is limited by the effective lower bound on the nominal federal funds rate.
Discussion Paper
Comparing Apples to Apples: “Synthetic Real‑Time” Estimates of R‑Star
Estimates of the natural rate of interest, commonly called “r-star,” garner a great deal of attention among economists, central bankers, and financial market participants. The natural interest rate is the real (inflation-adjusted) interest rate expected to prevail when supply and demand in the economy are in balance and inflation is stable. The natural rate cannot be measured directly but must be inferred from other data. When assessing estimates of r-star, it is important to distinguish between real-time estimates and retrospective estimates. Real-time estimates answer the question: ...
Briefing
How Do Demographics Influence r*?
Demographic trends are evolving in the U.S. as well as globally, potentially affecting the behavior of interest rates. This includes the natural rate of interest, denoted r*. Through the lens of a simple model, we describe supply and demand channels through which these demographic trends may affect r* and show a range of estimates for the potential quantitative impact.
Journal Article
The Fault in R-Star
Has the natural rate of interest lost its luster as a navigation aid for monetary policy?
Working Paper
Estimates of r* Consistent with a Supply-Side Structure and a Monetary Policy Rule for the U.S. Economy
We estimate the natural rate of interest (r*) using a semi-structural model of the U.S. economy that jointly characterizes the trend and cyclical factors of key macroeconomic variables such as output, the unemployment rate, inflation, and short- and long-term interest rates. We specify a monetary policy rule and an equation that characterizes the 10-year Treasury yield to exploit the information provided by both interest rates to infer r*. However, the use of a monetary policy rule with a sample that spans the Great Recession and its aftermath poses a challenge because of the effective lower ...