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Archaic and ignored monetary technologies can be very interesting, especially when they teach us about newer attempts to update our monetary system. I recently stumbled on a neat monetary innovation from the bimetallic debate of the late 1800s, Nicholas Veeder's Republic of Eutopia coin: During the bimetallic debates of the late 1800s, one of the more interesting compromises put forward was Nicolas Veeder's cometallic standard. His model 'Republic of Eutopia' coins (1866) had a plug with 12.9 grains of gold and ring with 206¼ grains of silver. A good idea or no? pic.twitter.com/6eZN2YAq6o — JP Koning (@jp_koning) May 28, 2018 If you've read this blog for a while, you'll know that I like to talk about monetary technology. Unlike financial technology, monetary tech involves a technological or sociological upgrade to the monetary system itself. And since we are all unavoidably users of the monetary system—we all think and calculate in terms of our nations unit of ...

Electrum coins [ source ] First proposed by economist Alfred Marshall in the late 19th century as an alternative metallic standard to the gold, silver and bimetallic standards, symmetallism was widely debated at the time but never adopted. Marshall's idea amounted to fusing together fixed quantities of silver and gold in the same coin rather than striking separate gold and/or silver coins. Symmetallism is actually one of the world's oldest monetary standards. In the seventh century B.C., the kingdom of Lydia struck the first coins out of electrum , a naturally occurring mix of gold and silver. Electrum coins are captured in the above photo. While symmetallism is an archaic concept, it has at least some relevance to today's world. Modern currencies that are pegged to the dollar (like the Hong Kong dollar) act very much like currencies on a gold standard, the dollar filling in for the role of gold. A shift from a dollar peg to one involving a basket of other currencies amoun...

At first glance, the large circular discs that circulated on the island of Yap in the South Pacific certainly seem quite odd. Too big to be easily transported, the stones are often seen in photos resting against their owner's houses. So much for velocity. Yap stones have been considered significant enough that they have become a recurring motif in monetary economics. Macroeconomics textbooks, including Baumol & Blinder , Miles & Scott ( pdf ), Stonecash/Gans/King/Mankiw , Williamson , and Taylor all have stories about Yap stone money. Why this fascination? Part of it is probably due to the profession's obsession with the categorical divide between "money" and "non-money". In dividing the universe of goods into these two bins, only a few select goods end up in the money bin. That an object so odd and unwieldy as a three meter wide stone could join slim US dollar bills and easily portable silver coins in the category of money is pleasantly counterintu...

In between my more practical posts, once every week or so I'll do something on the idea of moneyness . Economists have known for a long time that the concepts of uncertainty and money are intimately intertwined. George Costanza knows this too. He holds a bunch of cash to deal with all eventualities... until his wallet blows up. I'll show how we can just as easily replace money with moneyness in this two-step with uncertainty. Uncertainty is an uncomfortable feeling one endures when thinking about an unforeseeable future. One of the ways to shield oneself from uncertainty is to devote a certain portion of one's portfolio to "money" – dollar bills, bank deposits, and such. Because these money items are liquid, it will be relatively easy for their holder to offload them in the future should some unanticipated eventuality arise. Holding money therefore alleviates discomfort about the future. This is the same sort of service that a fire extinguisher provides. Though ...