Joseph Noss, Liam Crowley-Reidy and Lucas Pedace
What could falls in sterling mean for UK firms’ ability to sustain foreign currency (FX) debt obligations? The value of sterling began falling around two years ago and dropped further after the EU referendum – remaining around these lower values ever since. There is every possibility that sterling may stay low for the foreseeable future – creating both potential winners and losers. In this piece, I investigate one particular channel for losses related to sterling weakness: whether UK firms could find meeting their FX debt obligations more challenging. By reviewing market intelligence, market prices and derivatives databases, I find limited evidence that sterling weakness has yet produced any significant changes to UK firms’ ability to manage their FX debt obligations.
Despite decades of trade deficits (spending more on foreign products than foreigners spend on UK products), the UK’s net liability with the rest of the world remains negligible. How does it pull off that trick? By earning a higher return on its foreign assets than it pays on its foreign liabilities.
The Law of One Price (LOOP) is an old idea in economics. LOOP states that the same product should cost the same in different places, expressed in the same currency. The intuition is that arbitrage (buying a product where it is cheap and selling it where it is expensive) should bring prices back into line. Can LOOP help us understand UK inflation? Yes. I find EU prices have much higher explanatory power for UK prices than domestic cost pressures, and the effects of exchange rate changes last longer, but build more slowly than commonly assumed.
What type of technology would you use if you wanted to create a central bank digital currency (CBDC) i.e. a national currency denominated, electronic, liability of the central bank? It is often assumed that blockchain, or distributed ledger technology (DLT), would be required; but although this could have some benefits (as well as challenges), it may not be necessary. It could be sensible to approach this issue the same way you would any IT systems development problem – starting with an analysis of requirements, before thinking about the solution that best meets these.
Proponents of private cryptocurrencies argue they are a better store of value than traditional “fiat” currency. But even if a cryptocurrency’s value cannot be inflated away by large supply increases, that doesn’t automatically mean its value is stable in terms of ability to buy goods and services.
Economists usually talk about money serving three functions – a medium of exchange, a store of value, and a unit of account. But the ability to make payments using commercial bank deposits, which account for the vast majority of money, has already divorced the physicality of notes from the concept of the medium of exchange. Inflation and non-remuneration renders physical money a poor store of value. And the unit of account does not rely on physical cash. So is there a specific role for physical paper money anymore?
The topics of central bank digital currency (CBDC) and distributed ledger technology (DLT) are often implicitly linked. The genesis of recent interest in CBDC was the emergence of private digital currencies, like Bitcoin, which often leads to certain assumptions about the way a CBDC might be implemented – i.e. that it would also need to use a form of blockchain or DLT. But would a CBDC really need to use DLT? In this post I explain that it may not be necessary to use DLT for a CBDC, but I also consider some of the reasons why it could still be desirable.
Despite speculation to the contrary, the number of banknotes in circulation is increasing. During 2016, growth in the value of Bank of England notes was 10%, double its average growth rate over the past decade.
Olga Cielinska, Andreas Joseph, Ujwal Shreyas, John Tanner and Michalis Vasios
The Bank of England has now access to transaction-level data in over-the-counter derivatives (OTCD) markets which have been identified to lie at the centre of the Global Financial Crisis (GFC) 2007-2009. With tens of millions of daily transactions, these data catapult central banks and regulators into the realm of big data. In our recent Financial Stability Paper, we investigate the impact of the de-pegging in the euro-Swiss franc (EURCHF) market by the Swiss National Bank (SNB) in the morning of 15 January 2015. We reconstruct detailed trading and exposure networks between counterparties and show how these can be used to understand unprecedented intraday price movements, changing liquidity conditions and increased levels of market fragmentation over a longer period.