open.spotify.com/episode/3GKspL8KIbk7rU4ZFssKSu
Preview meta tags from the open.spotify.com website.
Linked Hostnames
1Thumbnail
Search Engine Appearance
Emi Nakamura on Central Bank Credibility and the Taylor Rule
Listen to this episode from Odd Lots on Spotify. The post-Covid inflation will prove to be a treasure trove for academic economists, as they study what drives inflation, and the power that central banks have to contain it once it gets going. At this year's Jackson Hole Economic Symposium, UC Berkeley professor Emi Nakamura presented a new paper — co-authored with her Berkeley colleagues Jón Steinsson and Venance Riblier — titled Beyond the Taylor Rule. The paper sought to look at the wide range of choices that global central banks made in dealing with inflation to see what if anything could be learned about the Taylor Rule, a load-bearing idea in modern economics that describes what optimal monetary policy looks like when successfully balancing the Federal Reserve's objectives. Their paper discovers that in any bout of inflation, a central bank that has a greater history of fighting inflation also has the ability to deviate further from strict Taylor Rule guidelines, without achieving worse inflation outcomes. In an interview recorded in Jackson Hole, we speak with Professor Nakamura about her work and its implications for central bankers going forward. Only Bloomberg.com subscribers can get the Odd Lots newsletter in their inbox — now delivered every weekday — plus unlimited access to the site and app. Subscribe at bloomberg.com/subscriptions/oddlotsSee omnystudio.com/listener for privacy information.
Bing
Emi Nakamura on Central Bank Credibility and the Taylor Rule
Listen to this episode from Odd Lots on Spotify. The post-Covid inflation will prove to be a treasure trove for academic economists, as they study what drives inflation, and the power that central banks have to contain it once it gets going. At this year's Jackson Hole Economic Symposium, UC Berkeley professor Emi Nakamura presented a new paper — co-authored with her Berkeley colleagues Jón Steinsson and Venance Riblier — titled Beyond the Taylor Rule. The paper sought to look at the wide range of choices that global central banks made in dealing with inflation to see what if anything could be learned about the Taylor Rule, a load-bearing idea in modern economics that describes what optimal monetary policy looks like when successfully balancing the Federal Reserve's objectives. Their paper discovers that in any bout of inflation, a central bank that has a greater history of fighting inflation also has the ability to deviate further from strict Taylor Rule guidelines, without achieving worse inflation outcomes. In an interview recorded in Jackson Hole, we speak with Professor Nakamura about her work and its implications for central bankers going forward. Only Bloomberg.com subscribers can get the Odd Lots newsletter in their inbox — now delivered every weekday — plus unlimited access to the site and app. Subscribe at bloomberg.com/subscriptions/oddlotsSee omnystudio.com/listener for privacy information.
DuckDuckGo
Emi Nakamura on Central Bank Credibility and the Taylor Rule
Listen to this episode from Odd Lots on Spotify. The post-Covid inflation will prove to be a treasure trove for academic economists, as they study what drives inflation, and the power that central banks have to contain it once it gets going. At this year's Jackson Hole Economic Symposium, UC Berkeley professor Emi Nakamura presented a new paper — co-authored with her Berkeley colleagues Jón Steinsson and Venance Riblier — titled Beyond the Taylor Rule. The paper sought to look at the wide range of choices that global central banks made in dealing with inflation to see what if anything could be learned about the Taylor Rule, a load-bearing idea in modern economics that describes what optimal monetary policy looks like when successfully balancing the Federal Reserve's objectives. Their paper discovers that in any bout of inflation, a central bank that has a greater history of fighting inflation also has the ability to deviate further from strict Taylor Rule guidelines, without achieving worse inflation outcomes. In an interview recorded in Jackson Hole, we speak with Professor Nakamura about her work and its implications for central bankers going forward. Only Bloomberg.com subscribers can get the Odd Lots newsletter in their inbox — now delivered every weekday — plus unlimited access to the site and app. Subscribe at bloomberg.com/subscriptions/oddlotsSee omnystudio.com/listener for privacy information.
General Meta Tags
15- titleEmi Nakamura on Central Bank Credibility and the Taylor Rule - Odd Lots | Podcast on Spotify
- charsetutf-8
- X-UA-CompatibleIE=9
- viewportwidth=device-width, initial-scale=1
- fb:app_id174829003346
Open Graph Meta Tags
179- og:site_nameSpotify
- og:titleEmi Nakamura on Central Bank Credibility and the Taylor Rule
- og:descriptionOdd Lots · Episode
- og:urlhttps://open.spotify.com/episode/3GKspL8KIbk7rU4ZFssKSu
- og:typemusic.song
Twitter Meta Tags
5- twitter:site@spotify
- twitter:titleEmi Nakamura on Central Bank Credibility and the Taylor Rule
- twitter:descriptionOdd Lots · Episode
- twitter:imagehttps://i.scdn.co/image/ab6765630000ba8a77e76ef980ccf6174ff80c42
- twitter:cardsummary
Link Tags
31- alternatehttps://open.spotify.com/oembed?url=https%3A%2F%2Fopen.spotify.com%2Fepisode%2F3GKspL8KIbk7rU4ZFssKSu
- alternateandroid-app://com.spotify.music/spotify/episode/3GKspL8KIbk7rU4ZFssKSu
- canonicalhttps://open.spotify.com/episode/3GKspL8KIbk7rU4ZFssKSu
- iconhttps://open.spotifycdn.com/cdn/images/favicon32.b64ecc03.png
- iconhttps://open.spotifycdn.com/cdn/images/favicon16.1c487bff.png
Website Locales
2en
https://open.spotify.com/episode/3GKspL8KIbk7rU4ZFssKSux-default
https://open.spotify.com/episode/3GKspL8KIbk7rU4ZFssKSu
Links
9- https://open.spotify.com
- https://open.spotify.com/episode/3o8gSzh9SyoijnYjLiX6Zl
- https://open.spotify.com/episode/4Hknr8orbZ7RZpJ0oc3R6G
- https://open.spotify.com/episode/4wr3Jt3L9dYpCUAvnYFo83
- https://open.spotify.com/episode/7CQXfEUMXKzyvr4k84ALYY