They say that time is money.* What they don’t say is that money may be running out of time.

There may be a natural evolution to our fractionally reserved credit system which characterizes modern global finance. Much like the universe, which began with a big bang nearly 14 billion years ago, but is expanding so rapidly that scientists predict it will all end in a “big freeze” trillions of years from now, our current monetary system seems to require perpetual expansion to maintain its existence. And too, the advancing entropy in the physical universe may in fact portend a similar decline of “energy” and “heat” within the credit markets. If so, then the legitimate response of creditors, debtors and investors inextricably intertwined within it, should logically be to ask about the economic and investment implications of its ongoing transition.

 

But before mimicking T.S. Eliot on the way our monetary system might evolve, let me first describe the “big bang” beginning of credit markets, so that you can more closely recognize its transition. The creation of credit in our modern day fractional reserve banking system began with a deposit and the profitable expansion of that deposit via leverage. Banks and other lenders don’t always keep 100% of their deposits in the “vault” at any one time – in fact they keep very little – thus the term “fractional reserves.” That first deposit then, and the explosion outward of 10x and more of levered lending, is modern day finance’s equivalent of the big bang. When it began is actually harder to determine than the birth of the physical universe but it certainly accelerated with the invention of central banking – the U.S. in 1913 – and with it the increased confidence that these newly licensed lenders of last resort would provide support to financial and real economies. Banking and central banks were and remain essential elements of a productive global economy. 

 

But they carried within them an inherent instability that required the perpetual creation of more and more credit to stay alive. Those initial loans from that first deposit? They were made most certainly at yields close to the rate of real growth and creation of real wealth in the economy. Lenders demanded that yield because of their risk, and borrowers were speculating that the profit on their fledgling enterprises would exceed the interest expense on those loans. In many cases, they succeeded. But the economy as a whole could not logically grow faster than the real interest rates required to pay creditors, in combination with the near double-digit returns that equity holders demanded to support the initial leverage – unless – unless – it was supplied with additional credit to pay the tab. In a sense this was a “Sixteen Tons” metaphor: Another day older and deeper in debt, except few within the credit system itself understood the implications. 

 

Economist Hyman Minsky did. With credit now expanding, the sophisticated economic model provided by Minsky was working its way towards what he called Ponzi finance. First, he claimed the system would borrow in low amounts and be relatively self-sustaining – what he termed “Hedge” finance. Then the system would gain courage, lever more into a “Speculative” finance mode which required more credit to pay back previous borrowings at maturity. Finally, the end phase of “Ponzi” finance would appear when additional credit would be required just to cover increasingly burdensome interest payments, with accelerating inflation the end result.

 

Minsky’s concept, developed nearly a half century ago shortly after the explosive decoupling of the dollar from gold in 1971, was primarily a cyclically contained model which acknowledged recession and then rejuvenation once the system’s leverage had been reduced. That was then. He perhaps could not have imagined the hyperbolic, as opposed to linear, secular rise in U.S. credit creation that has occurred since as shown in Chart 1. (Patterns for other developed economies are similar.) While there has been cyclical delevering, it has always been mild – even during the Volcker era of 1979-81. When Minsky formulated his theory in the early 70s, credit outstanding in the U.S. totaled $3 trillion.† Today, at $56 trillion and counting, it is a monster that requires perpetually increasing amounts of fuel, a supernova star that expands and expands, yet, in the process begins to consume itself. Each additional dollar of credit seems to create less and less heat. In the 1980s, it took four dollars of new credit to generate $1 of real GDP. Over the last decade, it has taken $10, and since 2006, $20 to produce the same result. Minsky’s Ponzi finance at the 2013 stage goes more and more to creditors and market speculators and less and less to the real economy. This “Credit New Normal” is entropic much like the physical universe and the “heat” or real growth that new credit now generates becomes less and less each year: 2% real growth now instead of an historical 3.5% over the past 50 years; likely even less as the future unfolds. 

 

Not only is more and more anemic credit created by lenders as its “sixteen tons” becomes “thirty-two,” then “sixty-four,” but in the process, today’s near zero bound interest rates cripple savers and business models previously constructed on the basis of positive real yields and wider margins for loans. Net interest margins at banks compress; liabilities at insurance companies threaten their levered equity; and underfunded pension plans require greater contributions from their corporate funders unless regulatory agencies intervene. What has followed has been a gradual erosion of realgrowth as layoffs, bank branch closings and business consolidations create less of a need for labor and physical plant expansion. In effect, the initial magic of credit creation turns less magical, in some cases even destructive and begins to consume credit markets at the margin as well as portions of the real economy it has created. For readers demanding a more model-driven, historical example of the negative impact of zero based interest rates, they have only to witness the modern day example of Japan. With interest rates close to zero for the last decade or more, a sharply declining rate of investment in productive plants and equipment, shown in Chart 2, is the best evidence. A Japanese credit market supernova, exploding and then contracting onto itself. Money and credit may be losing heat and running out of time in other developed economies as well, including the U.S.