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    <title>Working Papers, Economic Studies and Economic Notes</title>
    <link>https://www.snb.ch/en/the-snb/mandates-goals/research</link>
    <description>Swiss National Bank Working Papers present research in progress. Their aim is to elicit comments and to further debate. The opinions expressed in the working papers are those of the authors and do not necessarily reflect views held by the Swiss National Bank. Swiss National Bank Economic Studies address a range of economic and financial subjects that are related to the Swiss National Bank's tasks. The analyses and conclusions set forth are those of the authors. The fact that they are published in this series does not necessarily mean that they are endorsed by the Swiss National Bank.</description>
    <dc:publisher>SNB</dc:publisher>
    <dc:date>2026-10-12T16:34:12Z</dc:date>
    <dc:rights>Copyright © Swiss National Bank, Zurich (Switzerland) 2026</dc:rights>
    <dcterms:created>2026-10-12T16:34:12Z</dcterms:created>
    <dcterms:license>https://www.snb.ch/en/srv/disclaimer</dcterms:license>
    <item>
      <title>ES - 2026-10-07 - William Boye and Thomas Moser: A secure network for financial infrastructure: SCION and the  Secure Swiss Finance Network (SSFN)</title>
      <link>https://www.snb.ch/en/publications/research/economic-notes/2026/economic_note_2026_07</link>
      <description>Financial market infrastructures depend critically on communication networks that remain available and secure even during outages and cyber-attacks. SCION is an internet architecture that strengthens resilience by giving users greater control over network paths and allowing traffic to switch rapidly between independently operated providers. The Secure Swiss Finance Network (SSFN), launched by the Swiss National Bank (SNB) and SIX in 2021, shows that this approach works in practice.</description>
      <guid>https://www.snb.ch/en/publications/research/economic-notes/2026/economic_note_2026_07</guid>
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        <cb:simpleTitle>A secure network for financial infrastructure: SCION and the  Secure Swiss Finance Network (SSFN)</cb:simpleTitle>
        <cb:occurrenceDate>2026-10-06T22:00:00Z</cb:occurrenceDate>
        <cb:institutionAbbrev>SNB</cb:institutionAbbrev>
        <cb:keyword>Financial market infrastructures</cb:keyword>
        <cb:keyword>SCION</cb:keyword>
        <cb:keyword>SSFN</cb:keyword>
        <cb:keyword>Cyber security</cb:keyword>
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          <cb:title>A secure network for financial infrastructure: SCION and the  Secure Swiss Finance Network (SSFN)</cb:title>
          <cb:link>https://www.snb.ch/en/publications/research/economic-notes/2026/economic_note_2026_07</cb:link>
          <cb:description>Financial market infrastructures depend critically on communication networks that remain available and secure even during outages and cyber-attacks. SCION is an internet architecture that strengthens resilience by giving users greater control over network paths and allowing traffic to switch rapidly between independently operated providers. The Secure Swiss Finance Network (SSFN), launched by the Swiss National Bank (SNB) and SIX in 2021, shows that this approach works in practice.</cb:description>
        </cb:resource>
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          <cb:givenName>William</cb:givenName>
          <cb:surname>Boye</cb:surname>
          <cb:nameAsWritten>William Boye</cb:nameAsWritten>
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          <cb:givenName>Thomas</cb:givenName>
          <cb:surname>Moser</cb:surname>
          <cb:nameAsWritten>Thomas Moser</cb:nameAsWritten>
        </cb:person>
        <cb:byline>William Boye and Thomas Moser</cb:byline>
        <cb:publicationDate>2026</cb:publicationDate>
        <cb:publication>SNB Economic Studies</cb:publication>
        <cb:issue>2026-07</cb:issue>
      </cb:paper>
      <dc:date>2026-10-06T22:00:00Z</dc:date>
      <dc:language>en</dc:language>
    </item>
    <item>
      <title>WP - 2026-09-16 - Aurel Ruben Mäder, Christoph Meyer, Yves Nacht and Daniel Gatica-Perez: Cash saves the day: How cash infrastructure enhances resilience during a card payment system outage</title>
      <link>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_12</link>
      <description>Can cash infrastructure mitigate the adverse effects of a card payment system outage? As cashless payment systems become increasingly prevalent, societies are becoming more vulnerable to technical disruptions such as card payment system outages. This paper investigates a one-day nationwide card payment system outage at a major retailer in Switzerland. To quantify the loss in card sales at the retailer's stores and the increase in cash withdrawals at ATMs, we generate granular counterfactuals by forecasting card payments and cash withdrawals at the store and ATM level. We then use residual-on-residual regressions to control for high-dimensional confounders and estimate the causal effect of outage-induced card payment losses on ATM withdrawals in an event-study framework. Our district-level results suggest that for every 100 lost card payments, there were 11 additional ATM withdrawals. In value terms, for every CHF 100 loss in card payments, ATM withdrawals increased by approximately CHF 68. We also find only limited evidence of increased card payments at competing stores during the outage or at outage-affected stores on the day after the outage. Our findings suggest that cash infrastructure can serve as a resilience buffer during card payment system outages and that consumers rely on cash as their primary fallback payment instrument.</description>
      <guid>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_12</guid>
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        <cb:simpleTitle>Cash saves the day: How cash infrastructure enhances resilience during a card payment system outage</cb:simpleTitle>
        <cb:occurrenceDate>2026-09-15T22:00:00Z</cb:occurrenceDate>
        <cb:institutionAbbrev>SNB</cb:institutionAbbrev>
        <cb:keyword>Card payments</cb:keyword>
        <cb:keyword>ATM withdrawals</cb:keyword>
        <cb:keyword>Resilience</cb:keyword>
        <cb:keyword>Payment system risk</cb:keyword>
        <cb:keyword>Forecasting</cb:keyword>
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          <cb:title>Cash saves the day: How cash infrastructure enhances resilience during a card payment system outage</cb:title>
          <cb:link>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_12</cb:link>
          <cb:description>Can cash infrastructure mitigate the adverse effects of a card payment system outage? As cashless payment systems become increasingly prevalent, societies are becoming more vulnerable to technical disruptions such as card payment system outages. This paper investigates a one-day nationwide card payment system outage at a major retailer in Switzerland. To quantify the loss in card sales at the retailer's stores and the increase in cash withdrawals at ATMs, we generate granular counterfactuals by forecasting card payments and cash withdrawals at the store and ATM level. We then use residual-on-residual regressions to control for high-dimensional confounders and estimate the causal effect of outage-induced card payment losses on ATM withdrawals in an event-study framework. Our district-level results suggest that for every 100 lost card payments, there were 11 additional ATM withdrawals. In value terms, for every CHF 100 loss in card payments, ATM withdrawals increased by approximately CHF 68. We also find only limited evidence of increased card payments at competing stores during the outage or at outage-affected stores on the day after the outage. Our findings suggest that cash infrastructure can serve as a resilience buffer during card payment system outages and that consumers rely on cash as their primary fallback payment instrument.</cb:description>
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          <cb:givenName>Aurel Ruben</cb:givenName>
          <cb:surname>Mäder</cb:surname>
          <cb:nameAsWritten>Aurel Ruben Mäder</cb:nameAsWritten>
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          <cb:givenName>Christoph</cb:givenName>
          <cb:surname>Meyer</cb:surname>
          <cb:nameAsWritten>Christoph Meyer</cb:nameAsWritten>
        </cb:person>
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          <cb:givenName>Yves</cb:givenName>
          <cb:surname>Nacht</cb:surname>
          <cb:nameAsWritten>Yves Nacht</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Daniel</cb:givenName>
          <cb:surname>Gatica-Perez</cb:surname>
          <cb:nameAsWritten>Daniel Gatica-Perez</cb:nameAsWritten>
        </cb:person>
        <cb:byline>Aurel Ruben Mäder, Christoph Meyer, Yves Nacht and Daniel Gatica-Perez</cb:byline>
        <cb:publicationDate>2026</cb:publicationDate>
        <cb:publication>SNB Working Papers</cb:publication>
        <cb:issue>2026-12</cb:issue>
        <cb:JELCode>C55</cb:JELCode>
        <cb:JELCode>D12</cb:JELCode>
        <cb:JELCode>E42</cb:JELCode>
        <cb:JELCode>G28</cb:JELCode>
      </cb:paper>
      <dc:date>2026-09-15T22:00:00Z</dc:date>
      <dc:language>en</dc:language>
    </item>
    <item>
      <title>ES - 2026-09-14 - Simone Auer: What is keeping inflation in Switzerland lower than in the euro area? A product group perspective</title>
      <link>https://www.snb.ch/en/publications/research/economic-notes/2026/economic_note_2026_06</link>
      <description>Over the past 15 years, inflation in Switzerland has, on average, been almost 2 percentage points lower than in the euro area. This note shows that two-thirds of the Swiss inflation gap with the euro area was driven by goods, in particular food and energy, while the remaining third was driven by services. The note also shows that inflation was lower in Switzerland than in the euro area primarily because of smaller price increases rather than different consumption habits.</description>
      <guid>https://www.snb.ch/en/publications/research/economic-notes/2026/economic_note_2026_06</guid>
      <cb:paper rdf:parseType="Resource">
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        <cb:simpleTitle>What is keeping inflation in Switzerland lower than in the euro area? A product group perspective</cb:simpleTitle>
        <cb:occurrenceDate>2026-09-13T22:00:00Z</cb:occurrenceDate>
        <cb:institutionAbbrev>SNB</cb:institutionAbbrev>
        <cb:keyword>Inflation</cb:keyword>
        <cb:keyword>Switzerland</cb:keyword>
        <cb:keyword>Euro area</cb:keyword>
        <cb:keyword>Consumer prices</cb:keyword>
        <cb:keyword>Consumption basket</cb:keyword>
        <cb:resource rdf:parseType="Resource">
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          <cb:title>What is keeping inflation in Switzerland lower than in the euro area? A product group perspective</cb:title>
          <cb:link>https://www.snb.ch/en/publications/research/economic-notes/2026/economic_note_2026_06</cb:link>
          <cb:description>Over the past 15 years, inflation in Switzerland has, on average, been almost 2 percentage points lower than in the euro area. This note shows that two-thirds of the Swiss inflation gap with the euro area was driven by goods, in particular food and energy, while the remaining third was driven by services. The note also shows that inflation was lower in Switzerland than in the euro area primarily because of smaller price increases rather than different consumption habits.</cb:description>
        </cb:resource>
        <cb:person rdf:parseType="Resource">
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          <cb:givenName>Simone</cb:givenName>
          <cb:surname>Auer</cb:surname>
          <cb:nameAsWritten>Simone Auer</cb:nameAsWritten>
        </cb:person>
        <cb:byline>Simone Auer</cb:byline>
        <cb:publicationDate>2026</cb:publicationDate>
        <cb:publication>SNB Economic Studies</cb:publication>
        <cb:issue>2026-06</cb:issue>
      </cb:paper>
      <dc:date>2026-09-13T22:00:00Z</dc:date>
      <dc:language>en</dc:language>
    </item>
    <item>
      <title>WP - 2026-09-09 - Alexander  Goetz, Lucas Kyriacou, Florence Miguet Heimlicher and Stefanie Siegrist: Do Swiss households revise their inflation expectations after monetary policy announcements?</title>
      <link>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_11</link>
      <description>This paper investigates the impact of monetary policy announcements (MPAs) on household inflation expectations using microdata from the Swiss Consumer Sentiment Survey. Employing an event study approach, we reveal an asymmetric response: while policy rate hikes or decisions to keep rates constant reduce household inflation expectations, rate cuts fail to elicit a reaction. The effect is particularly robust for short-term expectations, with a much less clear-cut influence on long-term expectations. Households across the expectation distribution - both moderate and extreme - react to announcements, indicating a broad impact. We find that household reactions are driven primarily by the anticipated component of policy rate changes, whereas surprising moves tend to be interpreted as signals of new information regarding inflationary pressure. Finally, we report that demographic heterogeneity matters: the effect of MPAs is driven by German-speaking households and tertiary-educated individuals, while others show no consistent response, underscoring the importance of targeted communication strategies for effective monetary policy transmission.</description>
      <guid>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_11</guid>
      <cb:paper rdf:parseType="Resource">
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        <cb:simpleTitle>Do Swiss households revise their inflation expectations after monetary policy announcements?</cb:simpleTitle>
        <cb:occurrenceDate>2026-09-08T22:00:00Z</cb:occurrenceDate>
        <cb:institutionAbbrev>SNB</cb:institutionAbbrev>
        <cb:keyword>Household inflation expectations</cb:keyword>
        <cb:keyword>Household heterogeneity</cb:keyword>
        <cb:keyword>Event study</cb:keyword>
        <cb:keyword>Monetary policy</cb:keyword>
        <cb:keyword>Central bank communication</cb:keyword>
        <cb:keyword>Reaction to news</cb:keyword>
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          <cb:title>Do Swiss households revise their inflation expectations after monetary policy announcements?</cb:title>
          <cb:link>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_11</cb:link>
          <cb:description>This paper investigates the impact of monetary policy announcements (MPAs) on household inflation expectations using microdata from the Swiss Consumer Sentiment Survey. Employing an event study approach, we reveal an asymmetric response: while policy rate hikes or decisions to keep rates constant reduce household inflation expectations, rate cuts fail to elicit a reaction. The effect is particularly robust for short-term expectations, with a much less clear-cut influence on long-term expectations. Households across the expectation distribution - both moderate and extreme - react to announcements, indicating a broad impact. We find that household reactions are driven primarily by the anticipated component of policy rate changes, whereas surprising moves tend to be interpreted as signals of new information regarding inflationary pressure. Finally, we report that demographic heterogeneity matters: the effect of MPAs is driven by German-speaking households and tertiary-educated individuals, while others show no consistent response, underscoring the importance of targeted communication strategies for effective monetary policy transmission.</cb:description>
        </cb:resource>
        <cb:person rdf:parseType="Resource">
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          <cb:givenName>Alexander</cb:givenName>
          <cb:surname>Goetz</cb:surname>
          <cb:nameAsWritten>Alexander  Goetz</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Lucas</cb:givenName>
          <cb:surname>Kyriacou</cb:surname>
          <cb:nameAsWritten>Lucas Kyriacou</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Florence</cb:givenName>
          <cb:surname>Miguet Heimlicher</cb:surname>
          <cb:nameAsWritten>Florence Miguet Heimlicher</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Stefanie</cb:givenName>
          <cb:surname>Siegrist</cb:surname>
          <cb:nameAsWritten>Stefanie Siegrist</cb:nameAsWritten>
        </cb:person>
        <cb:byline>Alexander  Goetz, Lucas Kyriacou, Florence Miguet Heimlicher and Stefanie Siegrist</cb:byline>
        <cb:publicationDate>2026</cb:publicationDate>
        <cb:publication>SNB Working Papers</cb:publication>
        <cb:issue>2026-11</cb:issue>
        <cb:JELCode>E31</cb:JELCode>
        <cb:JELCode>E52</cb:JELCode>
        <cb:JELCode>E71</cb:JELCode>
        <cb:JELCode>D84</cb:JELCode>
      </cb:paper>
      <dc:date>2026-09-08T22:00:00Z</dc:date>
      <dc:language>en</dc:language>
    </item>
    <item>
      <title>WP - 2026-08-25 - Romain Baeriswyl: Yesterday's controversies for tomorrow's money</title>
      <link>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_10</link>
      <description>While money has evolved from natural commodities to digital tokens, the debate about the ideal money has remained the same throughout the ages. Historical controversies about the origin, nature, and double-spending of money offer valuable insights for navigating the new forms of money tokens such as cryptocurrencies, central bank digital currencies and stablecoins.</description>
      <guid>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_10</guid>
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        <cb:simpleTitle>Yesterday's controversies for tomorrow's money</cb:simpleTitle>
        <cb:occurrenceDate>2026-08-24T22:00:00Z</cb:occurrenceDate>
        <cb:institutionAbbrev>SNB</cb:institutionAbbrev>
        <cb:keyword>Natural law of money</cb:keyword>
        <cb:keyword>State theory of money</cb:keyword>
        <cb:keyword>Economic good theory of money</cb:keyword>
        <cb:keyword>Credit theory of money</cb:keyword>
        <cb:keyword>Double-spending of money</cb:keyword>
        <cb:resource rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Resource" />
          <cb:title>Yesterday's controversies for tomorrow's money</cb:title>
          <cb:link>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_10</cb:link>
          <cb:description>While money has evolved from natural commodities to digital tokens, the debate about the ideal money has remained the same throughout the ages. Historical controversies about the origin, nature, and double-spending of money offer valuable insights for navigating the new forms of money tokens such as cryptocurrencies, central bank digital currencies and stablecoins.</cb:description>
        </cb:resource>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Romain</cb:givenName>
          <cb:surname>Baeriswyl</cb:surname>
          <cb:nameAsWritten>Romain Baeriswyl</cb:nameAsWritten>
        </cb:person>
        <cb:byline>Romain Baeriswyl</cb:byline>
        <cb:publicationDate>2026</cb:publicationDate>
        <cb:publication>SNB Working Papers</cb:publication>
        <cb:issue>2026-10</cb:issue>
        <cb:JELCode>E40</cb:JELCode>
        <cb:JELCode>E42</cb:JELCode>
        <cb:JELCode>E50</cb:JELCode>
      </cb:paper>
      <dc:date>2026-08-24T22:00:00Z</dc:date>
      <dc:language>en</dc:language>
    </item>
    <item>
      <title>WP - 2026-07-09 - David Borner and Heiko Sorg: CIP violations as functional components of the dynamic cross-currency basis curve</title>
      <link>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_09</link>
      <description>The general search for US dollars in forward currency markets, combined with the balance-sheet constraints of intermediary dealers, induces persistent failure of covered interest parity (CIP). We investigate these CIP deviations across the entire maturity spectrum by analyzing the daily dynamics of the USD/CHF cross-currency basis curve. Applying functional principal component analysis, we identify three components that explain virtually all curve dynamics: a persistent, slow-moving level component, a temporary steepener, and a short-end component inducing sharp basis widenings and contractions around quarter-end dates. We provide empirical evidence that CIP-implied carry opportunities and US monetary policy announcements widen the entire basis curve, whereas Fed swap line announcements tend to narrow it. During periods of global turmoil, the slope inverts in response to rising credit and capital stress among dealer banks, while funding stress steepens the curve as swap line usage mitigates short-end distortions. Reporting date effects, funding stress, and deteriorating market liquidity widen the basis primarily at the short- end. We further show that regulatory reporting dates generate systematic window-dressing distortions not only at the short end but also in the slope of the basis curve. This effect has weakened since 2022, which is consistent with recent changes in the regulatory landscape.</description>
      <guid>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_09</guid>
      <cb:paper rdf:parseType="Resource">
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        <cb:simpleTitle>CIP violations as functional components of the dynamic cross-currency basis curve</cb:simpleTitle>
        <cb:occurrenceDate>2026-07-08T22:00:00Z</cb:occurrenceDate>
        <cb:institutionAbbrev>SNB</cb:institutionAbbrev>
        <cb:keyword>Covered interest parity</cb:keyword>
        <cb:keyword>FX swaps</cb:keyword>
        <cb:keyword>Cross-currency basis</cb:keyword>
        <cb:keyword>Limits to arbitrage</cb:keyword>
        <cb:keyword>US dollar funding</cb:keyword>
        <cb:resource rdf:parseType="Resource">
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          <cb:title>CIP violations as functional components of the dynamic cross-currency basis curve</cb:title>
          <cb:link>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_09</cb:link>
          <cb:description>The general search for US dollars in forward currency markets, combined with the balance-sheet constraints of intermediary dealers, induces persistent failure of covered interest parity (CIP). We investigate these CIP deviations across the entire maturity spectrum by analyzing the daily dynamics of the USD/CHF cross-currency basis curve. Applying functional principal component analysis, we identify three components that explain virtually all curve dynamics: a persistent, slow-moving level component, a temporary steepener, and a short-end component inducing sharp basis widenings and contractions around quarter-end dates. We provide empirical evidence that CIP-implied carry opportunities and US monetary policy announcements widen the entire basis curve, whereas Fed swap line announcements tend to narrow it. During periods of global turmoil, the slope inverts in response to rising credit and capital stress among dealer banks, while funding stress steepens the curve as swap line usage mitigates short-end distortions. Reporting date effects, funding stress, and deteriorating market liquidity widen the basis primarily at the short- end. We further show that regulatory reporting dates generate systematic window-dressing distortions not only at the short end but also in the slope of the basis curve. This effect has weakened since 2022, which is consistent with recent changes in the regulatory landscape.</cb:description>
        </cb:resource>
        <cb:person rdf:parseType="Resource">
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          <cb:givenName>David</cb:givenName>
          <cb:surname>Borner</cb:surname>
          <cb:nameAsWritten>David Borner</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
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          <cb:givenName>Heiko</cb:givenName>
          <cb:surname>Sorg</cb:surname>
          <cb:nameAsWritten>Heiko Sorg</cb:nameAsWritten>
        </cb:person>
        <cb:byline>David Borner and Heiko Sorg</cb:byline>
        <cb:publicationDate>2026</cb:publicationDate>
        <cb:publication>SNB Working Papers</cb:publication>
        <cb:issue>2026-09</cb:issue>
        <cb:JELCode>F31</cb:JELCode>
        <cb:JELCode>G15</cb:JELCode>
        <cb:JELCode>G2</cb:JELCode>
      </cb:paper>
      <dc:date>2026-07-08T22:00:00Z</dc:date>
      <dc:language>en</dc:language>
    </item>
    <item>
      <title>WP - 2026-07-08 - Diego M. Hager and Samuel Reynard: Forecasts, nowcasts and monetary policy lags</title>
      <link>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_08</link>
      <description>We present a microfounded information mechanism that causes monetary policy transmission lags to be endogenously variable, even when firms are rational and face no exogenous costs of changing prices. Firms must form two distinct expectations, namely, a forecast of future demand and a nowcast of the current unobserved state, because information arrives at different frequencies. We model this setting as a partial-equilibrium, continuous-time optimal stopping problem in which firms receive a continuous noisy signal and a discrete precise signal. Because exercising the timing option to reprice has a sunk opportunity cost, an endogenous inaction region emerges; firms rationally delay adjustment until the discrete signal provides sufficient actionable information. The resulting dynamics reproduce observed Swiss price-adjustment patterns and the highly variable transmission lags of monetary policy. Thus, the framework provides a rational-agent microfoundation for lag heterogeneity.</description>
      <guid>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_08</guid>
      <cb:paper rdf:parseType="Resource">
        <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Paper" />
        <cb:simpleTitle>Forecasts, nowcasts and monetary policy lags</cb:simpleTitle>
        <cb:occurrenceDate>2026-07-07T22:00:00Z</cb:occurrenceDate>
        <cb:institutionAbbrev>SNB</cb:institutionAbbrev>
        <cb:keyword>Information frictions</cb:keyword>
        <cb:keyword>State-dependent pricing</cb:keyword>
        <cb:keyword>Monetary policy lags</cb:keyword>
        <cb:resource rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Resource" />
          <cb:title>Forecasts, nowcasts and monetary policy lags</cb:title>
          <cb:link>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_08</cb:link>
          <cb:description>We present a microfounded information mechanism that causes monetary policy transmission lags to be endogenously variable, even when firms are rational and face no exogenous costs of changing prices. Firms must form two distinct expectations, namely, a forecast of future demand and a nowcast of the current unobserved state, because information arrives at different frequencies. We model this setting as a partial-equilibrium, continuous-time optimal stopping problem in which firms receive a continuous noisy signal and a discrete precise signal. Because exercising the timing option to reprice has a sunk opportunity cost, an endogenous inaction region emerges; firms rationally delay adjustment until the discrete signal provides sufficient actionable information. The resulting dynamics reproduce observed Swiss price-adjustment patterns and the highly variable transmission lags of monetary policy. Thus, the framework provides a rational-agent microfoundation for lag heterogeneity.</cb:description>
        </cb:resource>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Diego M.</cb:givenName>
          <cb:surname>Hager</cb:surname>
          <cb:nameAsWritten>Diego M. Hager</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Samuel</cb:givenName>
          <cb:surname>Reynard</cb:surname>
          <cb:nameAsWritten>Samuel Reynard</cb:nameAsWritten>
        </cb:person>
        <cb:byline>Diego M. Hager and Samuel Reynard</cb:byline>
        <cb:publicationDate>2026</cb:publicationDate>
        <cb:publication>SNB Working Papers</cb:publication>
        <cb:issue>2026-08</cb:issue>
        <cb:JELCode>E31</cb:JELCode>
        <cb:JELCode>E52</cb:JELCode>
        <cb:JELCode>D84</cb:JELCode>
      </cb:paper>
      <dc:date>2026-07-07T22:00:00Z</dc:date>
      <dc:language>en</dc:language>
    </item>
    <item>
      <title>WP - 2026-07-07 - Andreas Bachmann and Elizabeth Steiner: Economy-wide capacity utilisation rate: Methodological framework and application to Swiss data</title>
      <link>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_07</link>
      <description>The utilisation rate of technical capacity is a key indicator of an economy's cyclical position and plays a crucial role in the estimation of production functions. Despite its importance, economy-wide measures of capacity utilisation are often not available. Instead, single sector series, typically that for manufacturing, are used as a proxy. However, this approach overlooks the heterogeneity of sectoral developments. Using Swiss data, we develop a methodology to estimate a series of aggregate capacity utilisation. Our measure covers eleven sectors, accounting for two thirds of the economy, and is mostly based on survey data retropolated back to Q1 1995. The sectoral shares of the capital stock are used to aggregate the sectoral capacity utilisation series. Several evaluations show that our aggregate series provides valuable information for the analysis of overall economic activity and is superior to the use of manufacturing capacity utilisation. Our methodology can serve as a basis for the construction of an aggregate capacity utilisation rate series for other countries.</description>
      <guid>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_07</guid>
      <cb:paper rdf:parseType="Resource">
        <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Paper" />
        <cb:simpleTitle>Economy-wide capacity utilisation rate: Methodological framework and application to Swiss data</cb:simpleTitle>
        <cb:occurrenceDate>2026-07-06T22:00:00Z</cb:occurrenceDate>
        <cb:institutionAbbrev>SNB</cb:institutionAbbrev>
        <cb:keyword>Capacity utilisation</cb:keyword>
        <cb:keyword>Business cycle indicator</cb:keyword>
        <cb:keyword>Aggregation</cb:keyword>
        <cb:keyword>Switzerland</cb:keyword>
        <cb:resource rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Resource" />
          <cb:title>Economy-wide capacity utilisation rate: Methodological framework and application to Swiss data</cb:title>
          <cb:link>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_07</cb:link>
          <cb:description>The utilisation rate of technical capacity is a key indicator of an economy's cyclical position and plays a crucial role in the estimation of production functions. Despite its importance, economy-wide measures of capacity utilisation are often not available. Instead, single sector series, typically that for manufacturing, are used as a proxy. However, this approach overlooks the heterogeneity of sectoral developments. Using Swiss data, we develop a methodology to estimate a series of aggregate capacity utilisation. Our measure covers eleven sectors, accounting for two thirds of the economy, and is mostly based on survey data retropolated back to Q1 1995. The sectoral shares of the capital stock are used to aggregate the sectoral capacity utilisation series. Several evaluations show that our aggregate series provides valuable information for the analysis of overall economic activity and is superior to the use of manufacturing capacity utilisation. Our methodology can serve as a basis for the construction of an aggregate capacity utilisation rate series for other countries.</cb:description>
        </cb:resource>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Andreas</cb:givenName>
          <cb:surname>Bachmann</cb:surname>
          <cb:nameAsWritten>Andreas Bachmann</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Elizabeth</cb:givenName>
          <cb:surname>Steiner</cb:surname>
          <cb:nameAsWritten>Elizabeth Steiner</cb:nameAsWritten>
        </cb:person>
        <cb:byline>Andreas Bachmann and Elizabeth Steiner</cb:byline>
        <cb:publicationDate>2026</cb:publicationDate>
        <cb:publication>SNB Working Papers</cb:publication>
        <cb:issue>2026-07</cb:issue>
        <cb:JELCode>E22</cb:JELCode>
        <cb:JELCode>E30</cb:JELCode>
        <cb:JELCode>C43</cb:JELCode>
      </cb:paper>
      <dc:date>2026-07-06T22:00:00Z</dc:date>
      <dc:language>en</dc:language>
    </item>
    <item>
      <title>WP - 2026-06-22 - Thomas Lustenberger, Enzo Rossi and Anna Zeitz: Central bank communication: New data and stylized facts from a century of Fed speeches</title>
      <link>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_06</link>
      <description>Drawing on a novel dataset of more than 10,000 speeches from 1914 to 2024, we track the evolution of Federal Reserve communication and identify three stylized facts. (1) Although the overall volume of speeches has declined over the past decade, the composition of Fed communication has remained notably consistent for forty years, with Federal Reserve Bank (FRB) presidents accounting for the majority of public engagements. Variation in communicative participation is driven primarily by dispositional factors, including professional background, gender, and other speaker-specific idiosyncrasies, rather than the particular time frame in which the speeches were delivered. (2) While governors' communication reacts to financial stability, FRB presidents' schedules remain decoupled from both regional shifts in their districts and broader macroindicators. (3) A "complexity paradox" has emerged: while the syntactic structure simplifies during crises, the conceptual density increases. When adjusted for abstractness, the communication patterns of governors and FRB presidents appear remarkably similar.</description>
      <guid>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_06</guid>
      <cb:paper rdf:parseType="Resource">
        <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Paper" />
        <cb:simpleTitle>Central bank communication: New data and stylized facts from a century of Fed speeches</cb:simpleTitle>
        <cb:occurrenceDate>2026-06-21T22:00:00Z</cb:occurrenceDate>
        <cb:institutionAbbrev>SNB</cb:institutionAbbrev>
        <cb:keyword>Federal Reserve System</cb:keyword>
        <cb:keyword>Central bank communication</cb:keyword>
        <cb:keyword>Content analysis</cb:keyword>
        <cb:keyword>Language complexity</cb:keyword>
        <cb:resource rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Resource" />
          <cb:title>Central bank communication: New data and stylized facts from a century of Fed speeches</cb:title>
          <cb:link>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_06</cb:link>
          <cb:description>Drawing on a novel dataset of more than 10,000 speeches from 1914 to 2024, we track the evolution of Federal Reserve communication and identify three stylized facts. (1) Although the overall volume of speeches has declined over the past decade, the composition of Fed communication has remained notably consistent for forty years, with Federal Reserve Bank (FRB) presidents accounting for the majority of public engagements. Variation in communicative participation is driven primarily by dispositional factors, including professional background, gender, and other speaker-specific idiosyncrasies, rather than the particular time frame in which the speeches were delivered. (2) While governors' communication reacts to financial stability, FRB presidents' schedules remain decoupled from both regional shifts in their districts and broader macroindicators. (3) A "complexity paradox" has emerged: while the syntactic structure simplifies during crises, the conceptual density increases. When adjusted for abstractness, the communication patterns of governors and FRB presidents appear remarkably similar.</cb:description>
        </cb:resource>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Thomas</cb:givenName>
          <cb:surname>Lustenberger</cb:surname>
          <cb:nameAsWritten>Thomas Lustenberger</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Enzo</cb:givenName>
          <cb:surname>Rossi</cb:surname>
          <cb:nameAsWritten>Enzo Rossi</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Anna</cb:givenName>
          <cb:surname>Zeitz</cb:surname>
          <cb:nameAsWritten>Anna Zeitz</cb:nameAsWritten>
        </cb:person>
        <cb:byline>Thomas Lustenberger, Enzo Rossi and Anna Zeitz</cb:byline>
        <cb:publicationDate>2026</cb:publicationDate>
        <cb:publication>SNB Working Papers</cb:publication>
        <cb:issue>2026-06</cb:issue>
        <cb:JELCode>E52</cb:JELCode>
        <cb:JELCode>E58</cb:JELCode>
        <cb:JELCode>D83</cb:JELCode>
      </cb:paper>
      <dc:date>2026-06-21T22:00:00Z</dc:date>
      <dc:language>en</dc:language>
    </item>
    <item>
      <title>ES - 2026-05-21 - Dirk Faltin and Simon Hänni: Jüngste Entwicklungen am Franken-Anleihenmarkt</title>
      <link>https://www.snb.ch/en/publications/research/economic-notes/2026/economic_note_2026_05</link>
      <guid>https://www.snb.ch/en/publications/research/economic-notes/2026/economic_note_2026_05</guid>
      <cb:paper rdf:parseType="Resource">
        <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Paper" />
        <cb:simpleTitle>Jüngste Entwicklungen am Franken-Anleihenmarkt</cb:simpleTitle>
        <cb:occurrenceDate>2026-05-20T22:00:00Z</cb:occurrenceDate>
        <cb:institutionAbbrev>SNB</cb:institutionAbbrev>
        <cb:keyword>Kapitalmarkt</cb:keyword>
        <cb:keyword>Franken-Anleihenmarkt</cb:keyword>
        <cb:resource rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Resource" />
          <cb:title>Jüngste Entwicklungen am Franken-Anleihenmarkt</cb:title>
          <cb:link>https://www.snb.ch/en/publications/research/economic-notes/2026/economic_note_2026_05</cb:link>
        </cb:resource>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Dirk</cb:givenName>
          <cb:surname>Faltin</cb:surname>
          <cb:nameAsWritten>Dirk Faltin</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Simon</cb:givenName>
          <cb:surname>Hänni</cb:surname>
          <cb:nameAsWritten>Simon Hänni</cb:nameAsWritten>
        </cb:person>
        <cb:byline>Dirk Faltin and Simon Hänni</cb:byline>
        <cb:publicationDate>2026</cb:publicationDate>
        <cb:publication>SNB Economic Studies</cb:publication>
        <cb:issue>2026-05</cb:issue>
      </cb:paper>
      <dc:date>2026-05-20T22:00:00Z</dc:date>
      <dc:language>en</dc:language>
    </item>
    <item>
      <title>WP - 2026-05-13 - Cara Bordier, Lukas Frei and Simon Stalder: Dollar dominance: A source of dollar volatility?</title>
      <link>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_05</link>
      <description>The US dollar (USD) is involved in 88% of global foreign exchange transactions, partly due to its role as a vehicle currency. Using high-frequency data from primary interdealer platforms, we develop a novel methodology to identify USD cross-trades. We show both theoretically and empirically that such trades can generate price fluctuations in USD exchange rates. Employing an instrumental variables approach, we find that increased cross-trading activity amplifies aggregate USD volatility. These results highlight a fundamental trade-off: while dollar dominance enhances market liquidity, it also increases the currency’s exposure to shocks originating in other currency pairs.</description>
      <guid>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_05</guid>
      <cb:paper rdf:parseType="Resource">
        <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Paper" />
        <cb:simpleTitle>Dollar dominance: A source of dollar volatility?</cb:simpleTitle>
        <cb:occurrenceDate>2026-05-12T22:00:00Z</cb:occurrenceDate>
        <cb:institutionAbbrev>SNB</cb:institutionAbbrev>
        <cb:keyword>Dollar dominance</cb:keyword>
        <cb:keyword>Volatility</cb:keyword>
        <cb:keyword>Foreign exchange markets</cb:keyword>
        <cb:keyword>High-frequency trading</cb:keyword>
        <cb:resource rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Resource" />
          <cb:title>Dollar dominance: A source of dollar volatility?</cb:title>
          <cb:link>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_05</cb:link>
          <cb:description>The US dollar (USD) is involved in 88% of global foreign exchange transactions, partly due to its role as a vehicle currency. Using high-frequency data from primary interdealer platforms, we develop a novel methodology to identify USD cross-trades. We show both theoretically and empirically that such trades can generate price fluctuations in USD exchange rates. Employing an instrumental variables approach, we find that increased cross-trading activity amplifies aggregate USD volatility. These results highlight a fundamental trade-off: while dollar dominance enhances market liquidity, it also increases the currency’s exposure to shocks originating in other currency pairs.</cb:description>
        </cb:resource>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Cara</cb:givenName>
          <cb:surname>Bordier</cb:surname>
          <cb:nameAsWritten>Cara Bordier</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Lukas</cb:givenName>
          <cb:surname>Frei</cb:surname>
          <cb:nameAsWritten>Lukas Frei</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Simon</cb:givenName>
          <cb:surname>Stalder</cb:surname>
          <cb:nameAsWritten>Simon Stalder</cb:nameAsWritten>
        </cb:person>
        <cb:byline>Cara Bordier, Lukas Frei and Simon Stalder</cb:byline>
        <cb:publicationDate>2026</cb:publicationDate>
        <cb:publication>SNB Working Papers</cb:publication>
        <cb:issue>2026-05</cb:issue>
        <cb:JELCode>F31</cb:JELCode>
        <cb:JELCode>G12</cb:JELCode>
        <cb:JELCode>G14</cb:JELCode>
        <cb:JELCode>G15</cb:JELCode>
      </cb:paper>
      <dc:date>2026-05-12T22:00:00Z</dc:date>
      <dc:language>en</dc:language>
    </item>
    <item>
      <title>ES - 2026-04-23 - Damien Klossner, Christian Myohl and Sabrina Stadelmann: Implementing monetary policy with repos and SNB Bills</title>
      <link>https://www.snb.ch/en/publications/research/economic-notes/2026/economic_note_2026_04</link>
      <description>The SNB steers secured short-term interest rates by remunerating sight deposits and conducting open market operations, specifically repo transactions and the issuance of SNB Bills. These operations absorb sight deposits from the financial system to keep SARON, the most important secured short-term rate, close to the SNB policy rate. The design of repo transactions anchors SARON while supporting interbank market activity. SNB Bills strengthen monetary policy transmission to a wider range of short-term rates, as they can be purchased by a broad set of financial market participants. Issuing SNB Bills also allows the SNB to create collateral for its repo transactions.</description>
      <guid>https://www.snb.ch/en/publications/research/economic-notes/2026/economic_note_2026_04</guid>
      <cb:paper rdf:parseType="Resource">
        <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Paper" />
        <cb:simpleTitle>Implementing monetary policy with repos and SNB Bills</cb:simpleTitle>
        <cb:occurrenceDate>2026-04-22T22:00:00Z</cb:occurrenceDate>
        <cb:institutionAbbrev>SNB</cb:institutionAbbrev>
        <cb:keyword>SNB</cb:keyword>
        <cb:keyword>Monetary policy implementation</cb:keyword>
        <cb:keyword>Interest rate steering</cb:keyword>
        <cb:keyword>Repos</cb:keyword>
        <cb:keyword>SNB Bills</cb:keyword>
        <cb:resource rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Resource" />
          <cb:title>Implementing monetary policy with repos and SNB Bills</cb:title>
          <cb:link>https://www.snb.ch/en/publications/research/economic-notes/2026/economic_note_2026_04</cb:link>
          <cb:description>The SNB steers secured short-term interest rates by remunerating sight deposits and conducting open market operations, specifically repo transactions and the issuance of SNB Bills. These operations absorb sight deposits from the financial system to keep SARON, the most important secured short-term rate, close to the SNB policy rate. The design of repo transactions anchors SARON while supporting interbank market activity. SNB Bills strengthen monetary policy transmission to a wider range of short-term rates, as they can be purchased by a broad set of financial market participants. Issuing SNB Bills also allows the SNB to create collateral for its repo transactions.</cb:description>
        </cb:resource>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Damien</cb:givenName>
          <cb:surname>Klossner</cb:surname>
          <cb:nameAsWritten>Damien Klossner</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Christian</cb:givenName>
          <cb:surname>Myohl</cb:surname>
          <cb:nameAsWritten>Christian Myohl</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Sabrina</cb:givenName>
          <cb:surname>Stadelmann</cb:surname>
          <cb:nameAsWritten>Sabrina Stadelmann</cb:nameAsWritten>
        </cb:person>
        <cb:byline>Damien Klossner, Christian Myohl and Sabrina Stadelmann</cb:byline>
        <cb:publicationDate>2026</cb:publicationDate>
        <cb:publication>SNB Economic Studies</cb:publication>
        <cb:issue>2026-04</cb:issue>
      </cb:paper>
      <dc:date>2026-04-22T22:00:00Z</dc:date>
      <dc:language>en</dc:language>
    </item>
    <item>
      <title>ES - 2026-04-02 - Severin Bernhard and Philipp Haene: Uniformity of money - new challenges and lessons from the past</title>
      <link>https://www.snb.ch/en/publications/research/economic-notes/2026/economic_note_2026_03</link>
      <description>In modern economies, uniformity of money is often taken for granted. However, uniformity did not always hold in the past, and new developments - such as the decline in the use of cash for payments or the emergence of new forms of private digital money - may pose challenges. This economic note explores these challenges, draws lessons from the past, and discusses potential measures for authorities to support uniformity.</description>
      <guid>https://www.snb.ch/en/publications/research/economic-notes/2026/economic_note_2026_03</guid>
      <cb:paper rdf:parseType="Resource">
        <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Paper" />
        <cb:simpleTitle>Uniformity of money - new challenges and lessons from the past</cb:simpleTitle>
        <cb:occurrenceDate>2026-04-01T22:00:00Z</cb:occurrenceDate>
        <cb:institutionAbbrev>SNB</cb:institutionAbbrev>
        <cb:keyword>Uniformity</cb:keyword>
        <cb:keyword>Singleness</cb:keyword>
        <cb:keyword>Money</cb:keyword>
        <cb:keyword>Digital money</cb:keyword>
        <cb:keyword>Stablecoins</cb:keyword>
        <cb:keyword>Central banks</cb:keyword>
        <cb:keyword>Regulation</cb:keyword>
        <cb:keyword>Trust</cb:keyword>
        <cb:keyword>Settlement</cb:keyword>
        <cb:keyword>Convertibility</cb:keyword>
        <cb:keyword>Cash</cb:keyword>
        <cb:resource rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Resource" />
          <cb:title>Uniformity of money - new challenges and lessons from the past</cb:title>
          <cb:link>https://www.snb.ch/en/publications/research/economic-notes/2026/economic_note_2026_03</cb:link>
          <cb:description>In modern economies, uniformity of money is often taken for granted. However, uniformity did not always hold in the past, and new developments - such as the decline in the use of cash for payments or the emergence of new forms of private digital money - may pose challenges. This economic note explores these challenges, draws lessons from the past, and discusses potential measures for authorities to support uniformity.</cb:description>
        </cb:resource>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Severin</cb:givenName>
          <cb:surname>Bernhard</cb:surname>
          <cb:nameAsWritten>Severin Bernhard</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Philipp</cb:givenName>
          <cb:surname>Haene</cb:surname>
          <cb:nameAsWritten>Philipp Haene</cb:nameAsWritten>
        </cb:person>
        <cb:byline>Severin Bernhard and Philipp Haene</cb:byline>
        <cb:publicationDate>2026</cb:publicationDate>
        <cb:publication>SNB Economic Studies</cb:publication>
        <cb:issue>2026-03</cb:issue>
      </cb:paper>
      <dc:date>2026-04-01T22:00:00Z</dc:date>
      <dc:language>en</dc:language>
    </item>
    <item>
      <title>ES - 2026-02-23 - Vincent Barthe, Lukas Frei and Thomas Maag: How resilient are decentralised markets? Insights from a CME outage into FX market functioning</title>
      <link>https://www.snb.ch/en/publications/research/economic-notes/2026/economic_note_2026_02</link>
      <description>On 28 November 2025, the failure of a single Chicago-based data centre disrupted several global financial markets. The foreign exchange (FX) market was among those affected as its most important trading venue for futures contracts as well as a key primary venue became unavailable. The outage provided a natural experiment, shedding light on the impact of the trading halt on market functioning and the resilience of the decentralised FX market. We find that trading on secondary venues and with banks continued, demonstrating how decentralisation can enhance resilience. However, transaction costs increased considerably, mainly because FX futures prices became unavailable. This indicates that price signals from transparent venues remain essential for price discovery in the FX market.</description>
      <guid>https://www.snb.ch/en/publications/research/economic-notes/2026/economic_note_2026_02</guid>
      <cb:paper rdf:parseType="Resource">
        <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Paper" />
        <cb:simpleTitle>How resilient are decentralised markets? Insights from a CME outage into FX market functioning</cb:simpleTitle>
        <cb:occurrenceDate>2026-02-22T23:00:00Z</cb:occurrenceDate>
        <cb:institutionAbbrev>SNB</cb:institutionAbbrev>
        <cb:keyword>Market structure</cb:keyword>
        <cb:keyword>Foreign exchange</cb:keyword>
        <cb:keyword>Decentralised markets</cb:keyword>
        <cb:keyword>Price discovery</cb:keyword>
        <cb:keyword>Market outage</cb:keyword>
        <cb:resource rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Resource" />
          <cb:title>How resilient are decentralised markets? Insights from a CME outage into FX market functioning</cb:title>
          <cb:link>https://www.snb.ch/en/publications/research/economic-notes/2026/economic_note_2026_02</cb:link>
          <cb:description>On 28 November 2025, the failure of a single Chicago-based data centre disrupted several global financial markets. The foreign exchange (FX) market was among those affected as its most important trading venue for futures contracts as well as a key primary venue became unavailable. The outage provided a natural experiment, shedding light on the impact of the trading halt on market functioning and the resilience of the decentralised FX market. We find that trading on secondary venues and with banks continued, demonstrating how decentralisation can enhance resilience. However, transaction costs increased considerably, mainly because FX futures prices became unavailable. This indicates that price signals from transparent venues remain essential for price discovery in the FX market.</cb:description>
        </cb:resource>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Vincent</cb:givenName>
          <cb:surname>Barthe</cb:surname>
          <cb:nameAsWritten>Vincent Barthe</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Lukas</cb:givenName>
          <cb:surname>Frei</cb:surname>
          <cb:nameAsWritten>Lukas Frei</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Thomas</cb:givenName>
          <cb:surname>Maag</cb:surname>
          <cb:nameAsWritten>Thomas Maag</cb:nameAsWritten>
        </cb:person>
        <cb:byline>Vincent Barthe, Lukas Frei and Thomas Maag</cb:byline>
        <cb:publicationDate>2026</cb:publicationDate>
        <cb:publication>SNB Economic Studies</cb:publication>
        <cb:issue>2026-02</cb:issue>
      </cb:paper>
      <dc:date>2026-02-22T23:00:00Z</dc:date>
      <dc:language>en</dc:language>
    </item>
    <item>
      <title>ES - 2026-02-20 - Elliot Beck, Franziska Eckert, Linus Kühne, Helge Liebert and Rina Rosenblatt-Wisch: NEOS - A timely indicator for economic outlook based on Swiss newspaper articles</title>
      <link>https://www.snb.ch/en/publications/research/economic-notes/2026/economic_note_2026_01</link>
      <description>This note presents the News-based Economic Outlook for Switzerland (NEOS), a timely indicator for the sentiment regarding the economic outlook based on a comprehensive sample of Swiss newspaper articles. The indicator combines machine learning methods and large language models to assess macroeconomic developments in real time. We illustrate the use of NEOS by showing how U.S. tariff announcements shifted the sentiment regarding the economic outlook in Swiss news.</description>
      <guid>https://www.snb.ch/en/publications/research/economic-notes/2026/economic_note_2026_01</guid>
      <cb:paper rdf:parseType="Resource">
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        <cb:simpleTitle>NEOS - A timely indicator for economic outlook based on Swiss newspaper articles</cb:simpleTitle>
        <cb:occurrenceDate>2026-02-19T23:00:00Z</cb:occurrenceDate>
        <cb:institutionAbbrev>SNB</cb:institutionAbbrev>
        <cb:keyword>Sentiment analysis</cb:keyword>
        <cb:keyword>Economic outlook</cb:keyword>
        <cb:keyword>Forecasting</cb:keyword>
        <cb:keyword>Big data</cb:keyword>
        <cb:keyword>Large language models</cb:keyword>
        <cb:keyword>Natural language processing</cb:keyword>
        <cb:keyword>Neural networks</cb:keyword>
        <cb:resource rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Resource" />
          <cb:title>NEOS - A timely indicator for economic outlook based on Swiss newspaper articles</cb:title>
          <cb:link>https://www.snb.ch/en/publications/research/economic-notes/2026/economic_note_2026_01</cb:link>
          <cb:description>This note presents the News-based Economic Outlook for Switzerland (NEOS), a timely indicator for the sentiment regarding the economic outlook based on a comprehensive sample of Swiss newspaper articles. The indicator combines machine learning methods and large language models to assess macroeconomic developments in real time. We illustrate the use of NEOS by showing how U.S. tariff announcements shifted the sentiment regarding the economic outlook in Swiss news.</cb:description>
        </cb:resource>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Elliot</cb:givenName>
          <cb:surname>Beck</cb:surname>
          <cb:nameAsWritten>Elliot Beck</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Franziska</cb:givenName>
          <cb:surname>Eckert</cb:surname>
          <cb:nameAsWritten>Franziska Eckert</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Linus</cb:givenName>
          <cb:surname>Kühne</cb:surname>
          <cb:nameAsWritten>Linus Kühne</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Helge</cb:givenName>
          <cb:surname>Liebert</cb:surname>
          <cb:nameAsWritten>Helge Liebert</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Rina</cb:givenName>
          <cb:surname>Rosenblatt-Wisch</cb:surname>
          <cb:nameAsWritten>Rina Rosenblatt-Wisch</cb:nameAsWritten>
        </cb:person>
        <cb:byline>Elliot Beck, Franziska Eckert, Linus Kühne, Helge Liebert and Rina Rosenblatt-Wisch</cb:byline>
        <cb:publicationDate>2026</cb:publicationDate>
        <cb:publication>SNB Economic Studies</cb:publication>
        <cb:issue>2026-01</cb:issue>
      </cb:paper>
      <dc:date>2026-02-19T23:00:00Z</dc:date>
      <dc:language>en</dc:language>
    </item>
    <item>
      <title>WP - 2026-02-18 - Elliot Beck, Franziska Eckert, Linus Kühne, Helge Liebert and Rina Rosenblatt-Wisch: Measuring economic outlook in the news</title>
      <link>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_04</link>
      <description>We develop a resource-efficient methodology for measuring economic outlook in news text that combines document embeddings with synthetic training data generated by large language models. Applied to 27 million news articles, the resulting indicator significantly improves GDP growth forecast accuracy and captures sentiment shifts weeks before official releases, proving particularly valuable during crises. The indicator outperforms both survey-based benchmarks and traditional dictionary methods and is interpretable, allowing identification of specific drivers of economic sentiment. Our approach addresses key institutional constraints: it performs sentiment classification locally, enabling analyses of proprietary news content without transmission to external services while requiring minimal computational resources compared to direct large language model classification.</description>
      <guid>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_04</guid>
      <cb:paper rdf:parseType="Resource">
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        <cb:simpleTitle>Measuring economic outlook in the news</cb:simpleTitle>
        <cb:occurrenceDate>2026-02-17T23:00:00Z</cb:occurrenceDate>
        <cb:institutionAbbrev>SNB</cb:institutionAbbrev>
        <cb:keyword>Sentiment analysis</cb:keyword>
        <cb:keyword>Economic outlook</cb:keyword>
        <cb:keyword>Forecasting</cb:keyword>
        <cb:keyword>Big data</cb:keyword>
        <cb:keyword>Large language models</cb:keyword>
        <cb:keyword>Natural language processing</cb:keyword>
        <cb:keyword>Neural networks</cb:keyword>
        <cb:resource rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Resource" />
          <cb:title>Measuring economic outlook in the news</cb:title>
          <cb:link>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_04</cb:link>
          <cb:description>We develop a resource-efficient methodology for measuring economic outlook in news text that combines document embeddings with synthetic training data generated by large language models. Applied to 27 million news articles, the resulting indicator significantly improves GDP growth forecast accuracy and captures sentiment shifts weeks before official releases, proving particularly valuable during crises. The indicator outperforms both survey-based benchmarks and traditional dictionary methods and is interpretable, allowing identification of specific drivers of economic sentiment. Our approach addresses key institutional constraints: it performs sentiment classification locally, enabling analyses of proprietary news content without transmission to external services while requiring minimal computational resources compared to direct large language model classification.</cb:description>
        </cb:resource>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Elliot</cb:givenName>
          <cb:surname>Beck</cb:surname>
          <cb:nameAsWritten>Elliot Beck</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Franziska</cb:givenName>
          <cb:surname>Eckert</cb:surname>
          <cb:nameAsWritten>Franziska Eckert</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Linus</cb:givenName>
          <cb:surname>Kühne</cb:surname>
          <cb:nameAsWritten>Linus Kühne</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Helge</cb:givenName>
          <cb:surname>Liebert</cb:surname>
          <cb:nameAsWritten>Helge Liebert</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Rina</cb:givenName>
          <cb:surname>Rosenblatt-Wisch</cb:surname>
          <cb:nameAsWritten>Rina Rosenblatt-Wisch</cb:nameAsWritten>
        </cb:person>
        <cb:byline>Elliot Beck, Franziska Eckert, Linus Kühne, Helge Liebert and Rina Rosenblatt-Wisch</cb:byline>
        <cb:publicationDate>2026</cb:publicationDate>
        <cb:publication>SNB Working Papers</cb:publication>
        <cb:issue>2026-04</cb:issue>
        <cb:JELCode>E66</cb:JELCode>
        <cb:JELCode>C45</cb:JELCode>
        <cb:JELCode>C55</cb:JELCode>
      </cb:paper>
      <dc:date>2026-02-17T23:00:00Z</dc:date>
      <dc:language>en</dc:language>
    </item>
    <item>
      <title>WP - 2026-01-23 - Romain Baeriswyl, Kene Boun My and Camille Cornand: Central Bank Digital Currency and Gresham's law: An experimental analysis</title>
      <link>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_03</link>
      <description>In a monetary system in which risk-free and risky money coexist, Gresham's law predicts that people will prefer to hoard risk-free money as a store of value and spend risky money as a medium of exchange. Establishing a payment system on the basis of risk-free money, such as a retail CBDC, while maintaining the fractional reserve banking system in place poses numerous challenges. In a laboratory experiment, we demonstrate that when the holding of risk-free money is unrestricted, people hold and pay with it extensively. However, when the ability to hold risk-free money is limited by a ceiling or an unattractive interest rate, people tend to hoard risk-free money and use risky money for payments.</description>
      <guid>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_03</guid>
      <cb:paper rdf:parseType="Resource">
        <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Paper" />
        <cb:simpleTitle>Central Bank Digital Currency and Gresham's law: An experimental analysis</cb:simpleTitle>
        <cb:occurrenceDate>2026-01-22T23:00:00Z</cb:occurrenceDate>
        <cb:institutionAbbrev>SNB</cb:institutionAbbrev>
        <cb:keyword>Central Bank Digital Currency</cb:keyword>
        <cb:keyword>Gresham's law</cb:keyword>
        <cb:keyword>Laboratory experiment</cb:keyword>
        <cb:resource rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Resource" />
          <cb:title>Central Bank Digital Currency and Gresham's law: An experimental analysis</cb:title>
          <cb:link>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_03</cb:link>
          <cb:description>In a monetary system in which risk-free and risky money coexist, Gresham's law predicts that people will prefer to hoard risk-free money as a store of value and spend risky money as a medium of exchange. Establishing a payment system on the basis of risk-free money, such as a retail CBDC, while maintaining the fractional reserve banking system in place poses numerous challenges. In a laboratory experiment, we demonstrate that when the holding of risk-free money is unrestricted, people hold and pay with it extensively. However, when the ability to hold risk-free money is limited by a ceiling or an unattractive interest rate, people tend to hoard risk-free money and use risky money for payments.</cb:description>
        </cb:resource>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Romain</cb:givenName>
          <cb:surname>Baeriswyl</cb:surname>
          <cb:nameAsWritten>Romain Baeriswyl</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Kene</cb:givenName>
          <cb:surname>Boun My</cb:surname>
          <cb:nameAsWritten>Kene Boun My</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Camille</cb:givenName>
          <cb:surname>Cornand</cb:surname>
          <cb:nameAsWritten>Camille Cornand</cb:nameAsWritten>
        </cb:person>
        <cb:byline>Romain Baeriswyl, Kene Boun My and Camille Cornand</cb:byline>
        <cb:publicationDate>2026</cb:publicationDate>
        <cb:publication>SNB Working Papers</cb:publication>
        <cb:issue>2026-03</cb:issue>
        <cb:JELCode>E52</cb:JELCode>
        <cb:JELCode>E58</cb:JELCode>
      </cb:paper>
      <dc:date>2026-01-22T23:00:00Z</dc:date>
      <dc:language>en</dc:language>
    </item>
    <item>
      <title>WP - 2026-01-22 - Emanuel Nussli, Rachel Arulraj-Cordonier, Flurina Strasser, Marko Nanut Petrič, Morten Bech and Antonio Pipino: From listings to all-tenant rents: A probabilistic model</title>
      <link>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_02</link>
      <description>Rents are the largest component of the Consumer Price Index (CPI) in many countries, making accurate and timely measurements of rental price developments essential for inflation monitoring and policy decisions. Market (asking) rent indices are often available in near real-time and with high detail, but differ substantially from the rents paid by the overall tenant population, as typically measured in the CPI. This paper proposes a model to bridge the gap between asking and all-tenant rents. First, using rental-unit listings for Switzerland, we construct timely, granular, and high-frequency indices of asking rents. Second, using a probabilistic model that accounts for the duration of tenants' stays, we estimate all-tenant rents based on historical asking rents. Additionally, we incorporate rent changes during ongoing tenancies. For Switzerland, this corresponds to adjustments permitted under Swiss tenancy law in response to changes in the mortgage reference rate and inflation. This allows us to provide weekly, real-time, and highly disaggregated estimates of all-tenant rents, which are highly correlated with the official quarterly survey-based rental index in the Swiss CPI. Our approach provides a tool for timely rental price monitoring and forecasting that can be adapted for use in other countries.</description>
      <guid>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_02</guid>
      <cb:paper rdf:parseType="Resource">
        <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Paper" />
        <cb:simpleTitle>From listings to all-tenant rents: A probabilistic model</cb:simpleTitle>
        <cb:occurrenceDate>2026-01-21T23:00:00Z</cb:occurrenceDate>
        <cb:institutionAbbrev>SNB</cb:institutionAbbrev>
        <cb:keyword>Asking rents</cb:keyword>
        <cb:keyword>Rent indices</cb:keyword>
        <cb:keyword>Duration model</cb:keyword>
        <cb:keyword>Shelter inflation</cb:keyword>
        <cb:resource rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Resource" />
          <cb:title>From listings to all-tenant rents: A probabilistic model</cb:title>
          <cb:link>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_02</cb:link>
          <cb:description>Rents are the largest component of the Consumer Price Index (CPI) in many countries, making accurate and timely measurements of rental price developments essential for inflation monitoring and policy decisions. Market (asking) rent indices are often available in near real-time and with high detail, but differ substantially from the rents paid by the overall tenant population, as typically measured in the CPI. This paper proposes a model to bridge the gap between asking and all-tenant rents. First, using rental-unit listings for Switzerland, we construct timely, granular, and high-frequency indices of asking rents. Second, using a probabilistic model that accounts for the duration of tenants' stays, we estimate all-tenant rents based on historical asking rents. Additionally, we incorporate rent changes during ongoing tenancies. For Switzerland, this corresponds to adjustments permitted under Swiss tenancy law in response to changes in the mortgage reference rate and inflation. This allows us to provide weekly, real-time, and highly disaggregated estimates of all-tenant rents, which are highly correlated with the official quarterly survey-based rental index in the Swiss CPI. Our approach provides a tool for timely rental price monitoring and forecasting that can be adapted for use in other countries.</cb:description>
        </cb:resource>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Emanuel</cb:givenName>
          <cb:surname>Nussli</cb:surname>
          <cb:nameAsWritten>Emanuel Nussli</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Rachel</cb:givenName>
          <cb:surname>Arulraj-Cordonier</cb:surname>
          <cb:nameAsWritten>Rachel Arulraj-Cordonier</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Flurina</cb:givenName>
          <cb:surname>Strasser</cb:surname>
          <cb:nameAsWritten>Flurina Strasser</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Marko</cb:givenName>
          <cb:surname>Nanut Petrič</cb:surname>
          <cb:nameAsWritten>Marko Nanut Petrič</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Morten</cb:givenName>
          <cb:surname>Bech</cb:surname>
          <cb:nameAsWritten>Morten Bech</cb:nameAsWritten>
        </cb:person>
        <cb:person rdf:parseType="Resource">
          <rdf:type rdf:resource="http://www.cbwiki.net/wiki/index.php/RSS-CB_1.2_RDF_Schema#Person" />
          <cb:givenName>Antonio</cb:givenName>
          <cb:surname>Pipino</cb:surname>
          <cb:nameAsWritten>Antonio Pipino</cb:nameAsWritten>
        </cb:person>
        <cb:byline>Emanuel Nussli, Rachel Arulraj-Cordonier, Flurina Strasser, Marko Nanut Petrič, Morten Bech and Antonio Pipino</cb:byline>
        <cb:publicationDate>2026</cb:publicationDate>
        <cb:publication>SNB Working Papers</cb:publication>
        <cb:issue>2026-02</cb:issue>
        <cb:JELCode>R31</cb:JELCode>
        <cb:JELCode>E31</cb:JELCode>
        <cb:JELCode>E37</cb:JELCode>
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      <dc:language>en</dc:language>
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    <item>
      <title>WP - 2026-01-13 - Sébastien Blanco, Miriam Koomen and Pinar Yesin: Heterogeneous effects of monetary policy surprises on bond fund flows</title>
      <link>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_01</link>
      <description>We present novel evidence on the global transmission of monetary policy (MP) surprises via bond funds. Using daily MP surprise measures and a multi-country panel of weekly fund flows, we document that bond fund flows respond systematically to MP surprises. The direction, intensity, and persistence of these responses, however, vary across destination countries, fund investment strategies, and fund domiciles. Furthermore, bond fund flows react not only to domestic MP surprises, but also to foreign MP surprises, indicating cross-border spillovers. We explore two mechanisms driving these responses: the relative importance of MP shocks versus information shocks, and the impact of exchange rate movements on portfolio rebalancing. Our findings highlight the role of nonbank financial intermediaries in global MP transmission.</description>
      <guid>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_01</guid>
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        <cb:occurrenceDate>2026-01-12T23:00:00Z</cb:occurrenceDate>
        <cb:institutionAbbrev>SNB</cb:institutionAbbrev>
        <cb:keyword>NBFIs</cb:keyword>
        <cb:keyword>Bond funds</cb:keyword>
        <cb:keyword>Monetary policy surprises</cb:keyword>
        <cb:keyword>Cross-border spillovers</cb:keyword>
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          <cb:title>Heterogeneous effects of monetary policy surprises on bond fund flows</cb:title>
          <cb:link>https://www.snb.ch/en/publications/research/working-papers/2026/working_paper_2026_01</cb:link>
          <cb:description>We present novel evidence on the global transmission of monetary policy (MP) surprises via bond funds. Using daily MP surprise measures and a multi-country panel of weekly fund flows, we document that bond fund flows respond systematically to MP surprises. The direction, intensity, and persistence of these responses, however, vary across destination countries, fund investment strategies, and fund domiciles. Furthermore, bond fund flows react not only to domestic MP surprises, but also to foreign MP surprises, indicating cross-border spillovers. We explore two mechanisms driving these responses: the relative importance of MP shocks versus information shocks, and the impact of exchange rate movements on portfolio rebalancing. Our findings highlight the role of nonbank financial intermediaries in global MP transmission.</cb:description>
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          <cb:givenName>Sébastien</cb:givenName>
          <cb:surname>Blanco</cb:surname>
          <cb:nameAsWritten>Sébastien Blanco</cb:nameAsWritten>
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          <cb:givenName>Miriam</cb:givenName>
          <cb:surname>Koomen</cb:surname>
          <cb:nameAsWritten>Miriam Koomen</cb:nameAsWritten>
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          <cb:givenName>Pinar</cb:givenName>
          <cb:surname>Yesin</cb:surname>
          <cb:nameAsWritten>Pinar Yesin</cb:nameAsWritten>
        </cb:person>
        <cb:byline>Sébastien Blanco, Miriam Koomen and Pinar Yesin</cb:byline>
        <cb:publicationDate>2026</cb:publicationDate>
        <cb:publication>SNB Working Papers</cb:publication>
        <cb:issue>2026-01</cb:issue>
        <cb:JELCode>G23</cb:JELCode>
        <cb:JELCode>E52</cb:JELCode>
        <cb:JELCode>E44</cb:JELCode>
      </cb:paper>
      <dc:date>2026-01-12T23:00:00Z</dc:date>
      <dc:language>en</dc:language>
    </item>
    <item>
      <title>ES - 2025-12-18 - Florian Böser and Rebecca Gerosa: How can repurchase agreements be settled on a distributed ledger? Insights from the Helvetia pilot</title>
      <link>https://www.snb.ch/en/publications/research/economic-notes/2025/economic_note_2025_14</link>
      <description>The SNB implements its monetary policy by using several instruments, including repurchase agreement (repo) transactions. The SNB conducted test repo transactions involving tokenised assets and wholesale central bank digital currency. These so-called digital repos were settled on a distributed ledger technology (DLT) infrastructure. The tests revealed that settlement of repos on a DLT-based infrastructure is feasible, and provided insights into the corresponding challenges. Specifically, integrating a DLT-based infrastructure into today's money market as in the test setup presents challenges related to market fragmentation, the need for enhanced collateral management capabilities, and the harmonisation of communication standards.</description>
      <guid>https://www.snb.ch/en/publications/research/economic-notes/2025/economic_note_2025_14</guid>
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        <cb:simpleTitle>How can repurchase agreements be settled on a distributed ledger? Insights from the Helvetia pilot</cb:simpleTitle>
        <cb:occurrenceDate>2025-12-17T23:00:00Z</cb:occurrenceDate>
        <cb:institutionAbbrev>SNB</cb:institutionAbbrev>
        <cb:keyword>Swiss National Bank</cb:keyword>
        <cb:keyword>Repo market</cb:keyword>
        <cb:keyword>Distributed ledger technology</cb:keyword>
        <cb:keyword>Tokenised assets</cb:keyword>
        <cb:keyword>Wholesale central bank digital currency</cb:keyword>
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          <cb:title>How can repurchase agreements be settled on a distributed ledger? Insights from the Helvetia pilot</cb:title>
          <cb:link>https://www.snb.ch/en/publications/research/economic-notes/2025/economic_note_2025_14</cb:link>
          <cb:description>The SNB implements its monetary policy by using several instruments, including repurchase agreement (repo) transactions. The SNB conducted test repo transactions involving tokenised assets and wholesale central bank digital currency. These so-called digital repos were settled on a distributed ledger technology (DLT) infrastructure. The tests revealed that settlement of repos on a DLT-based infrastructure is feasible, and provided insights into the corresponding challenges. Specifically, integrating a DLT-based infrastructure into today's money market as in the test setup presents challenges related to market fragmentation, the need for enhanced collateral management capabilities, and the harmonisation of communication standards.</cb:description>
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          <cb:givenName>Florian</cb:givenName>
          <cb:surname>Böser</cb:surname>
          <cb:nameAsWritten>Florian Böser</cb:nameAsWritten>
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          <cb:givenName>Rebecca</cb:givenName>
          <cb:surname>Gerosa</cb:surname>
          <cb:nameAsWritten>Rebecca Gerosa</cb:nameAsWritten>
        </cb:person>
        <cb:byline>Florian Böser and Rebecca Gerosa</cb:byline>
        <cb:publicationDate>2025</cb:publicationDate>
        <cb:publication>SNB Economic Studies</cb:publication>
        <cb:issue>2025-14</cb:issue>
      </cb:paper>
      <dc:date>2025-12-17T23:00:00Z</dc:date>
      <dc:language>en</dc:language>
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