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“Defying Gravity” – Counting Down To Japan’s D-Day In Two Charts | Zero Hedge

“Defying Gravity” – Counting Down To Japan’s D-Day In Two Charts | Zero Hedge.

While the distraction of Japanese currency collapse, the resultant nominal offsetting surge in the value of the Japanese stock market, the doubling of the Japanese monetary base and the BOJ’s monetization of 70% of Japan’s gross issuance have all been a welcome diversion in a society still struggling with the catastrophic aftermath of the Fukushima explosion on one hand, imploding demographics on the other, and an unsustainable debt overhang on the third mutant hand, the reality is that Japan, despite the best intentions of Keynesian alchemists everywhere, is doomed.

One can see as much in the following two charts from a seminal 2012 research piece by Takeo Hoshi and Tatakoshi Ito titled “Defying Gravity: How Long Will Japanese Government Bond Prices Remain High?” and which begins with the following pessimistic sentence: “Recent studies have shown that the Japanese debt situation is not sustainable.” Its conclusion is just as pessimistic, and while we urge readers to read the full paper at their liesure, here are just two charts which largely cover the severity of the situation.

Presenting the countdown to Japan’s D-Day.

Exhibit A.

The technical details of what is shown below are present in the appendix but the bottom line is this: assuming three different interest rates on Japan’s debt, and a max debt ceiling which happens to be the private saving ceiling, as well as assuming a 1.05% increase in private sector labor productivity (average of the past two decades), Japan runs out of time some time between 2019 and 2024, beyond which it can no longer self-fund itself, and the Japan central bank will have no choice but to monetize debt indefinitely.

and Exhibit B.

Figure 12 shows the increase in the interest rate that would make the interest payment exceed the 35% of the total revenue for each year under each of the specific interest scenarios noted in the chart above (for more details see below). The 35% number is arbitrary, but it is consistent with the range of the numbers that the authors observed during the recent cases of sovereign defaults. In short: once interest rates start rising, Japan has between 4 and 6 years before it hits a default threshold.

The paradox, of course, is that should Japan’s economy indeed accelerate, and inflation rise, rates will rise alongside as we saw in mid 2013, when the JGB market would be halted almost daily on volatility circuit breakers as financial institutions rushed to dump their bond holdings.

In other words, the reason why Japan is desperate to inject epic amounts of debt in order to inflate away the debt – without any real plan B – is because, all else equal, it has about 8 years before it’s all over.

Here is how the authors summarize the dead-end situation.

Without any substantial changes in fiscal consolidation efforts, the debt is expected to hit the ceiling of the private sector financial assets soon. There is also downside risk, which brings the ultimate crisis earlier. Economic recovery may raise the interest rates and make it harder for the government to roll over the debt. Finally, the expectations can change without warning. Failure in passing the bill to raise the consumption tax, for example, may change the public perception on realization of tax increases. When the crisis happens, the Japanese financial institutions that holds large amount of government bonds sustain losses and the economy will suffer from fiscal austerity and financial instability. There may be negative spillovers for trading partners. If Japan wants to avoid such crisis, the government has to make a credible commitment and quick implementation of fiscal consolidation.

A crisis will happen if the government ignores the current fiscal situation or fails to act. Then, the crisis forces the government to choose from two options. First, the Japanese government may default on JGBs. Second, the Bank of Japan may monetize debts. The first option would not have much benefit because bond holders are almost all domestic. Monetization is the second option. Although that may result in high inflation, monetization may be the least disruptive scenario.

Finally, this is how the BOJ’s epic monetization was seen by the paper’s authors back in March 2012.

Bank of Japan could help rolling over the government debt by purchasing JGBs directly from the government. The Bank of Japan, or any other central bank with legal independence, has been clear that they do not endorse such a monetization policy because it undermines the fiscal discipline. However, at the time of crisis, the central bank may find it as the option that is least destructive to the financial system. If such money financing is used to respond to the liquidity crisis, this will create high inflation.

The prospect for high inflation will depreciate yen. This will partially stimulate the economy via export boom, provided that Japan does not suffer a major banking crisis at the same time.

An unexpected inflation will result in redistribution of wealth from the lenders to the borrowers. This is also redistribution from the old generations to the young generations, since the older generation has much higher financial assets whose value might decline, or would not rise at the same pace with inflation rate. This may not have such detrimental impacts on the economy, since many who participate in production and innovation (corporations and entrepreneurs) are borrowers rather than lenders.

For now monetization is indeed less disruptive. The question is for how much longer, since both Japan and the US are already monetizing 70% of their respective gross debt issuance. And once the last bastion of Keynesian and Monetarist stability fails, well then…

Once the crisis starts, the policy has to shift to crisis management. As we saw above, the crisis is likely to impair the financial system and slow down consumption and investment. Thus, the government faces a difficult tradeoff. If it tries to achieve a fiscal balance by reducing the expenditures and raising the taxes, the economy will sink further into a recession. If it intervenes by expansionary fiscal policy and financial support for the financial system, that would make the fiscal crisis more serious. This is a well-known dilemma for the government that is hit by debt crisis…. If not helped by the government, the banking system will be destroyed, and the economy will further fall into a crisis. Rational depositors will flee from deposits in Japanese banks to cash, foreign assets or gold.

Ah… rational.

* * *

Appendix:

The private saving ceiling is the absolute maximum of the domestic demand for the government debt, but the demand for JGBs will start falling well before the saving ceiling is ever reached. One potential trigger for such a change is that the financial institutions find alternative and more lucrative ways to invest the funds. In general, when the economic environment changes to increase the returns from alternatives to the JGBs, the interest rate on JGBs may start to increase. If this suddenly happens, this can trigger a crisis. Increases in the rate of returns may be caused by favorable changes in the economic growth prospect. The end of deflation and the zero interest rate policy would also lead to higher interest rates.

In Figure 6 , the authors calculate Japan’s debt’GDP over the next three decades using the following assumptions on the interest rate:

  • R1: Interest rate is equal to the largest of the growth rate (?t) or the level at 2010 (1.3%).
  • R2: Interest rate rises by 2 basis points for every one percentage point that the debt to GDP ratio at the beginning of the period exceeds the 2010 level (153%).
  • R3: Interest rate rises by 3.5 basis points for every one percentage point that the debt to GDP ratio at the beginning of the period exceeds the 2010 level (153%) .

R1 is motivated by the fact that the average yield on 10 year JGBs over the last several years has been about the same as the GDP growth rate during the same time interval, but constrains the interest rate to be much lower than the current rate even when the GDP growth declines further. R2 and R3 assume that the interest rate rises as the government accumulates more debt. Many empirical studies have demonstrated such relation. R2 (2.0 basis points increase) uses the finding of Tokuoka (2010) for Japan. R3 (3.5 basis points increase) assumes the coefficient estimate used by Gagnon (2010). It is the median estimate from studies of various advanced economies

A more reasonable scenario is to assume the growth rate of GDP per-working-age person (or an increase in labor productivity) to be similar to that of the 1990s and 2000s. We consider two alternative growth rates per-working-age population. The low growth scenario is that the increase in labor productivity at 1.05% (average of 1994-2010) and the high growth scenario is at 2.09% (average of 2001-2007, the “Koizumi years”).12 Table 6 shows the growth decomposition on the assumption of the 1.05% growth rate of GDP per-working-age person…. The upper bound for the debt accumulation is reached by 2024 at the latest.

Full paper

 

Too Much Faith Is Being Placed In Untested Theories | Zero Hedge

Too Much Faith Is Being Placed In Untested Theories | Zero Hedge.

Submitted by Peter Tchir of TF Market Advisors,

A Pseudoscience Stuck in Place

I am growing more concerned by the day by the actions of the central banks.  It isn’t just that markets popped and dropped dramatically before and after Draghi’s rate cut, or that any policy seems particularly bad, just that the policies don’t seem to be working great, and are leaving a changed landscape that will need to be corrected, somehow, in the future.  I am quite simply concerned that too much faith is being placed in untested theories that may or may not work, or may or may not even be correct.

Here are a few things that concern me the most

1. Central Bankers seem to rely on economic theories that have remained largely unchanged for years

2. Central Bankers seem of an age that they aren’t willing to incorporate theories that might change their favored models or might make those models too complex to be easily understood by those in charge (the Nobel prize committee has given out multiple awards for work in behavioral economics, yet central bank models seem to rely on pretty basic econometric models where behavior doesn’t rapidly change based on policies)

3. Central Bankers seem focused on domestic issues without really considering the ramifications and ripple effects that they potentially create

From Newton to Bohr

I liked Newtonian physics.  I could do the math easily and it was intuitive.  It was so easy that I took physics 101 right along with econ 101 because I needed some easy A’s.

But physics has changed.  The relatively simple world of Newtonian physics turned out to be inadequate to explain what was needed to propel science forward.  As comforting as it was to know that “each and every action has an equal and opposite reaction” that just doesn’t cut it in high end physics.

Personally, I started to lose interest and any real intuitive skills in physics around the time we learned that light is both a wave and a particle.  The math was getting more complex, but I could muddle my way through that.  What I lost was any instinctive or intuitive feel for what was being modeled.  I tended to focus on areas that I felt comfortable with, hampering any potential for intellectual growth.

Quantum mechanics really revolutionized physics. It was a new paradigm and you either had to adapt, understand it, or get some intuitive feel because brute force math might be enough to be adequate in the field, but not enough to excel.

I wonder why economics hasn’t had its “quantum mechanics” moment?

Did Keynes and Hayek really discover all there is to know?  Is Yellen’s beloved “Taylor rule” really the epitome of the “scientific” advancement of economics?  I realize there have been advances, but most seem to be “more of the same”.  No one seems to have challenged the central tenants of macroeconomics.

In physics, once Newtonian physics failed to explain the world, brilliant minds concocted experiments to test hypothesis.  This is what led to quantum mechanics.  The old theory was failing in that it couldn’t explain some observed phenomena, so it was ultimately supplanted by a new, much more complex theory, but one that explained much more of what was observable.

Why is that not happening in economics?  Personally, I don’t think economics has done a great job in explaining the world, otherwise we shouldn’t have so many periods of boom and bust globally.

Maybe it is the inability to experiment?  This is potentially a bigger issue than it seems at first.  We do experiment in economics, but it is a small group of elite, and mostly collegial economists who get to experiment.  Actually they get to put their beliefs into practice and then argue that the situation is better than if they hadn’t been allowed to implement their theories.  While costs and access can stop scientific progress, there certainly was a time that it was more readily available.  Hypothesis could be tested and failures catalogued and successes expanded on AND verified by repetition.  This capability just doesn’t exist in macroeconomics.  There are NO TWO economies that are identical except for the policies implemented.

Young professors could and did challenge the system in the hard sciences.  It is probably no co-incidence that most scientific Nobel prizes are awarded for work “conceived of” when the person was in their 20’s and “performed” in their 30’s.  That might be a generalization, but it isn’t entirely inaccurate.

Maybe economics is failing to attract good new people? There may be something to this.  To some extent the economists that I know and respect the most (yes, I do like and respect some economists) had strong quantitative skills but an interest in business.  The didn’t want to be a “math” geek and liked working with the “real world”.  I am willing to make the conjecture that as computer science grew and the opportunities there grew, it was an even better match for many quantitative students who wanted something other than pure math, or physics, or chemistry, than economics.  Maybe even as MBA’s started looking for more “quants” even more people who would be the new economists didn’t pursue that?

Or maybe economists just ignore their own?  I have read a little about “behavioral economics”.  My take is that it demonstrates that people don’t always do what would produce the best “expected outcome”.  That the “rational man” that economic models are built on may not exist, and what is rational on a purely “economic” level might not be applicable on an overall evaluation.  We tend to hate losses more than we like winning.  How is that incorporated into the econometric global macro models used by the Fed?  The Fed runs the treasury/dividend yield model.  Yeehaw, except for the graphs that is nothing a good old fashioned HP12C couldn’t handle.  Why aren’t we incorporating some new techniques?  Maybe, because just like I hit the wall in physics at a certain point, the economists in charge have no interest in trying to incorporate things into their models that they don’t intuitively understand, might call into question their own body of “prestigious” work, and where quite frankly they might not have the technical expertise needed to incorporate them?

The Observer Effect.  Science understands that the act of observation can actually impact whatever is being observed.  Attempting to measure something affects the measurement.  First, I question how that plays into anything that is a “survey” or that is “subjective” in the first place.  How many purchasing managers hoping for better year-end bonuses say things are better than they are because they know their boss will like it, and at this point, they know the stock market will like it.  What about the “household survey” for non farm payrolls that we will get tomorrow.  Does it make a difference how you respond depending on your political party?  Does it amaze you that we still conduct door to door surveys to figure out how many Americans are working?  This is all a relatively minor effect, yet probably real, and as far as I can tell, largely ignored at the “policy” level.

Learned Behavior.  Humans learn over time.  We are pretty adept and maximizing return while minimizing risk.  This is where I think economics does the worst job of integrating its own new theories.  QE seems based on a pretty simplistic model.  Provide more money, take risky investments out of the market, and the market will take that money and be encouraged to take more risk.  It will create asset price inflation which will encourage further real risk taking.  What if it turns out it is easier not to take the risk but end up with a pretty darn good reward?  How many companies took risk and a lot better off for it?  But how many have decided it is easier to do some financial engineering and let QE take care of their stock price?  How is that accounted in the models?  It probably isn’t and is probably too complicated, but we don’t try and predict the weather by licking our finger and sticking it in the air, yet economists seem in many ways content to run their policy on little more than that.

Equal and Opposite Reactions.  Such a basic concept.  It extends beyond science.  If you punch someone in the face, you can reasonably expect a certain reaction.  You might be able to qualify even that reaction based on the size and personality of the person you punch in the face.  Then why don’t we seem to use that in economics?  We live in a global economy apparently some of the time, but inflation is local wage driven only?  Hmm.  Bernanke, who claims protectionism was part of the problem with the Great Depression, basically told the Emerging Market countries (through lackey’s in Jackson Hole) that we will do what we need and they can worry about themselves.  Draghi cut rates today.  What does that to their currency?  Does that help or hurt what we have been trying to work on?  Central bankers all too often seem to act as though they are playing golf when the game is really chess.

Kasparov to Big Blue

Which brings us to chess.

Maybe the central bankers are aware that they are playing chess.  Maybe Bernanke is aware that each of his moves will cause another move by his “opponent” which he will then have to react to.  The problem is that if he is playing chess, and he is “thinking a few moves ahead” he is assuming too much, and making a classic mistake of expecting his opponent to fall into his “traps”

In the early days of “computer” chess, a modestly better than average human player could beat most computers after a few matches.  That was because of how computers evaluated the chess board.  There were far too many moves for a computer to analyze all the possibilities.  So they used “heuristics” to “score” boards.  They found ways to estimate how strong or weak a position was.  They could then “truncate” paths that lead to weak positions and explore only “strong” paths. The trick was figuring out what the computer was doing incorrectly.  To take it down a path that looked “strong” for several moves that could be then turned around.  The computer literally “fell for the trap”.

But “Big Blue” changed that.  It literally was so fast that it didn’t have to “truncate” paths early.  It could play out 200 million positions in a second and ultimately beat Kasparov.  That was back in 1997.

It was a sad day for many since it turned something that was elegant with a certain flair where imagination was respected and turned it into a brute force mechanical process.

I am not arguing that economics is something that is purely brute force, but I do think there are two lessons to be drawn from this:

1. Computer power and the evolution and development of computer power to analyze complex systems is useful and I am not sure we do enough of that, and

 

2. Don’t expect people to make the moves you want them to make, expect them to make the moves that they think are in their own best interest

That latter point is critical, especially as we now have rates at 0% in Europe, Japan, and the U.S.  We have QE programs in the U.K., the U.S., and Japan.  We have who knows what in China.  But each of these actions is causing other actions that may actually be the reason nothing seems to be working as well as it should in theory.

Do companies and executives really respond to QE the way the models predict or is their reaction different?  Maybe their reaction produces a better outcome for the company than the reaction the central bankers want and need out of those executives?

Too much of policy seems to assume certain moves will be made by other players when it is far from clear that those moves are either optimal for those other participants from their overall perspective.

As our balance sheet grows, as we create negative real rates, are we really sure we aren’t doing more harm than good, and what will the world look like 10 moves from now, or 50 moves or 100 moves?

Sadly, I don’t think anyone honestly knows.

What Does this Mean?

Mostly it lets me get this off my chest.  Somehow this topic has been bothering me a lot lately so I feel better having written about it.

But on a serious note, I think it is another reason to scale back positions.  Liquidity already seems abysmal, and this is a market largely supported by the faith that central bankers can continue to support it.  It is circular because the central bankers do keep getting forced to support it.  The longer this goes on, the greater the risk that we find that there is a problem, and that this “circularity” has been distorting values to the detriment of the economy and that the market loses this crucial element of support.

I find more and more people questioning the usefulness of central bank policy.  While I can see that the most likely path is a continued grind higher/tighter/better, it seems to me that there is growing doubt that the policies are working and any shift away from a full on love affair with central bankers is likely to be disruptive in a negative way.  I still think that is a low probability event, but that risk is growing and at this stage of the year, with so little liquidity, keeping risk low and even slightly bearish now is the right trade.

 

Theory of Interest and Prices in Practice | Zero Hedge

Theory of Interest and Prices in Practice | Zero Hedge. (source)

Medieval thinkers were tempted to believe that if you throw a rock it flies straight until it runs out of force, and then it falls straight down. Economists are tempted to think of prices as a linear function of the “money supply”, and interest rates to be based on “inflation expectations”, which is to say expectations of rising prices.

The medieval thinkers, and the economists are “not even wrong”, to borrow a phrase often attributed to physicist Wolfgang Pauli. Science has to begin by going out to reality and observing what happens. Anyone can see that in reality, these tempting assumptions do not fit what occurs.

In my series of essays on interest rates and prices[1], I argued that the system has positive feedback and resonance, and cannot be understood in terms of a linear model. When I began this series of papers, the rate of interest was still falling to hit a new all-time low. Then on May 5,2013, it began to shoot up. It rose 83% over a period of exactly four months. That may or may not have been the peak (it has subsided a little since then).

Several readers asked me if I thought this was the beginning of a new rising cycle, or if I thought this was the End (of the dollar). As I expressed in Part VI, the End will be driven by the withdrawal of the gold bid on the dollar. Since early August, gold has become more and more abundant in the market.[2] I think it is safe to say that this is not the end of the dollar, just yet. The hyperinflationists’ stopped clock will have to remain wrong a while longer. I said that the rising rate was a correction.

I am quite confident of this prediction, for all the reasons I presented in the discussion of the falling cycle in Part V. But let’s look at the question from a different perspective, to see if we end up with the same conclusion.

In the gold standard, the rate of interest is the spread between the gold coin and the gold bond. If the rate is higher, that is equivalent to saying that the spread is wider. If the rate is lower, then this spread is narrower.

A wider spread offers more incentive for people to straddle it, an act that I define as arbitrage. Another way of saying this is that a higher rate offers more incentive for people to dishoard gold and lend it. If the rate falls, which is the same as saying if the spread narrows, then there is less incentive and people will revert to hoarding to avoid the risks and capital lock-up of lending. Savers who take the bid on the interest rate (which is equivalent to taking the ask on the bond) press the rate lower, which compresses the spread.

It goes almost without saying, that the spread could never be compressed to zero (by the way, this is true for all arbitrage in all free markets). There are forces tending to compress the spread, such as the desire to earn interest by savers. But the lower the rate of interest, the stronger the forces tending to widen the spread become. These include entrepreneurial demand for credit, and most importantly the time preference of the saver—his reluctance to delay gratification. There is no lending at zero interest and nearly zero lending at near-zero interest.

I emphasize that interest is a spread to put the focus on a universal principle of free markets. As I stated in my dissertation:

“All actions of all men in the markets are various forms of arbitrage.”

Arbitrage compresses the spread that is being straddled. It lifts up the price of the long leg, and pushes down the price of the short leg. If one buys eggs in the farm town, then the price of eggs there will rise. If one sells eggs in the city center, then the price there will fall.

In the gold standard, hoarding tends to lift the value of the gold coin and depress the value of the bond. Lending tends to depress the value of the coin and lift the value of the bond. The value of gold itself is the closest thing to constant in the market, so in effect these two arbitrages move the value of the bond. How is the value of the bond measured—against what is it compared? Gold is the unit of account, the numeraire.

The value of the bond can move much farther than the value of gold. But in this context it is important to be aware that gold is not fixed, like some kind of intrinsic value. An analogy would be that if you jump up, you push the Earth in the opposite direction. Its mass is so heavy that in most contexts you can safely ignore the fact that the Earth experiences an equal but opposite force. But this is not the same thing as saying the Earth is fixed in position in its orbit.

The regime of irredeemable money behaves quite differently than the gold standard (notwithstanding frivolous assertions by some economists that the euro “works like” the gold standard). The interest rate is still a spread. But what is it a spread between? Does arbitrage act on this spread? Is there an essential difference between this and the arbitrage in gold?

Analogous to gold, the rate of interest in paper currency is the spread between the dollar and the bond. There are a number of differences from gold. Most notably, there is little reason to hold the dollar in preference to the government bond. Think about that.

In the gold standard, if you don’t like the risk or interest of a bond, you can happily hold gold coins. But in irredeemable paper currency, the dollar is itself a credit instrument backed by said government bond. The dollar is the liability side of the Fed’s balance sheet, with the bond being the asset. Why would anyone hold a zero-yield paper credit instrument in preference to a non-zero-yield paper credit instrument (except as speculation—see below)? And that leads to the key identification.

The Fed is the arbitrager of this spread!

The Fed is buying bonds, which lifts up the value of the bond and pushes down the interest rate. Against these new assets, the Fed is issuing more dollars. This tends to depress the value of the dollar. The dollar has a lot of inertia, like gold. It has extremely high stocks to flows, like gold. But unlike gold, the dollar’s value does fall with its quantity (if not in the way that the quantity theory of money predicts). Whatever one might say about the marginal utility of gold, the dollar’s marginal utility certainly falls.

The Fed is involved in another arbitrage with the bond and the dollar. The Fed lends dollars to banks, so that they can buy the government bond (and other bonds). This lifts the value of the bond, just like the Fed’s own bond purchases.

Astute readers will note that when the Fed lends to banks to buy bonds, this is equivalent to stating that banks borrow from the Fed to buy bonds. The banks are borrowing short to lend long, also called duration mismatch.

This is not precisely an arbitrage between the dollar and the bond. It is an arbitrage between the short-term lending and long-term bond market. It is the spread between short- and long-term interest rates that is compressed in this trade.

One difference between gold and paper is that, in paper, there is a central planner who sets the short-term rate by diktat. Since 2008, Fed policy has pegged it to practically zero.

This makes for a lopsided “arbitrage”, which is not really an arbitrage. One side is not free to move, even the slight amount of a massive object. It is fixed by law, which is to say, force. The economy ought to allow free movement of all prices, and now one point is bolted down. All sorts of distortions will occur around it as tension builds.

I put “arbitrage” in scare quotes because it is not really arbitrage. The Fed uses force to hand money to those cronies who have access to this privilege. It is not arbitrage in the same way that a fence who sells stolen goods is not a trader.

In any case, the rate on the short end of the yield curve is fixed near zero today, while there is a pull on the long bond closer to it. Is there any wonder that the rate on the long bond has a propensity to fall?

Under the gold standard, borrowing short to lend long is certainly not necessary [3] However, in our paper system, it is an integral part of the system, by its very design.

The government offers antiseptic terms for egregious acts. For example, they use the pseudo-academic term “quantitative easing” to refer to the dishonest practice of monetizing the debt. Similarly, they use the dry euphemism “maturity transformation” to refer to borrowing short to lend long, i.e. duration mismatch. Perhaps the term “transmogrification” would be more appropriate, as this is nothing short of magic.

The saver is the owner of the money being lent out. It is his preference that the bank must respect, and it is for his benefit that the bank lends. When the saver says he may want his money back on demand, and the bank presumes to lend it for 30 years, the bank is not “transforming” anything except its fiduciary duty, its integrity, and its own soundness. Depositors would not entrust their savings to such reckless banks, without the soporific of deposit insurance to protect them from the consequences.

Under the gold standard, this irrational practice would exist on the fringe on the line between what is legal and what is not (except for the yield curve specialist, a topic I will treat in another paper), a get-rich-quick scheme—if it existed at all (our jobs as monetary economists are to bellow from the rooftops that this practice is destructive).

Today, duration mismatch is part of the official means of executing the Fed’s monetary policy.

I have already covered how duration mismatch misallocates the savers’ capital and when savers eventually pull it back, the result is that the bank fails. I want to focus here on another facet. Pseudo-arbitrage between short and long bonds destabilizes the yield curve.

By its very nature, borrowing short to lend long is a brittle business model. One is committed to a long-term investment, but this is at the mercy of the short-term funding market. If short-term rates rise, or if borrowing is temporarily not possible, then the practitioner of this financial voodoo may be forced to sell the long bond.

The original act of borrowing short to lend long causes the interest rate on the long bond to fall. If the Fed wants to tighten (not their policy post-2008!) and forces the short-term rate higher, then players of the duration mismatch game may get caught off guard. They may be reluctant to sell their long bonds at a loss, and hold on for a while. Or for any number of other proximate causes, the yield curve can become inverted.

Side note: an inverted yield curve is widely considered a harbinger of recession. The simple explanation is that the marginal source of credit in the economy is suddenly more expensive. This causes investment in everything to slow.

At times there is selling of the short bond, at times aggressive buying. Sometimes there is a steady buying ramp of the long bond. Sometimes there is a slow selling slide that turns into an avalanche. The yield curve moves and changes shape. As with the rate of interest, the economy does best when the curve is stable. Sudden balance sheet stress, selloffs, and volatility may benefit the speculators of the world[4], but of course, it can only hurt productive businesses that are financing factories, farms, mines, and hotels with credit.

Earlier, I referred to the only reason why someone would choose to own the Fed’s liability—the dollar—in preference to its asset. Unlike with gold, hoarding paper dollar bills serves no real purpose and incurs needless risk of loss by theft. The holder of dollars is no safer. He avoids no credit risk; he is exposed to the same risk as is the bondholder is exposed. The sole reason to prefer the dollar is speculation.

As I described in Theory of Interest and Prices in Paper Currency, the Fed destabilizes the rate of interest by its very existence, its very nature, and its purpose. Per the above discussion, the Fed and the speculators induce volatility in the yield curve, which can easily feed back into volatility in the underlying rate of interest.

The reason to sell the bond is to avoid losses if interest rates will rise. Speculators seek to front-run the Fed, duration mismatchers, and other speculators. If the Fed will “taper” its purchase of bonds, then that might lead to higher interest rates. Or at least, it might make other speculators sell. Every speculator wants to sell first.

Consider the case of large banks borrowing short to lend long. Let’s say that you have some information that their short-term funding is either going to become much harder to obtain, or at least significantly more expensive. What do you do?

You sell the bond. You, and many other speculators. Everyone sells the bond.

Or, what if you have information that you think will cause other speculators to sell bonds? It may not even be a legitimate factor, either because the rumor is untrue (e.g. “the world is selling Treasury bonds”) or because there is no valid economic reason to sell bonds based on it.

You sell the bond before they do, or you all try to sell first.

I have been documenting numerous cases in the gold market where traders use leverage to buy gold futures based on an announcement or non-announcement by the Fed. These moves reverse themselves quickly. But no one, especially if they are using leverage, wants to be on the wrong side of a $50 move in gold. You sell ahead of the crowd, and you buy ahead of the crowd. And they try to do it to you.

I think it is likely that one of these phenomena, or something similar, has driven the rate on the 10-year Treasury up by 80%.

I would like to leave you with one take-away from this paper and one from my series on the theory of interest and prices. In this paper, I want everyone to think about the difference between the following two statements:

  1. The dollar is falling in value
  2. The rate of interest in dollars must rise

It is tempting to assume that they are equivalent, but the rate of interest is purely internal to the “closed loop” dollar system. Unlike a free market, it does not operate under the forces of arbitrage. It operates by government diktats, and hordes of speculators feed on the spoils that fall like rotten food to the floor.

From my entire series, I would like the reader to check and challenge the sacred-cow premises of macroeconomics, the aggregates, the assumptions, the equations, and above all else, the linear thinking. I encourage you to think about what incentives are offered under each scenario to the market participants. No one even knows the true value of the monetary aggregate and there is endless debate even among economists. The shopkeeper, miner, farmer, warehouseman, manufacturer, or banker is not impelled to act based on such abstractions.

They react to the incentives of profit and loss. Even the consumer reacts to prices being lower in one particular store, or apples being cheaper than pears. If you can think through how a particular market event or change in government policy will remove old incentives and offer new incentives, then you can understand the likely first-order effects in the market. Of course each of these effects changes still other incentives.

It is not easy, but this is the approach that makes economics a proper science.

P.S. As I do my final edits on this paper (October 4, 2013), there is a selloff in short US T-Bills, leading to an inversion at the short end of the yield curve. This is due, of course, to the possible effect of the partial government shutdown. The government is not going to default. If this danger were real, then there would be much greater turmoil in every market (and much more buying of gold as the only way to avoid catastrophic losses). The selloff has two drivers. First, some holders of T-Bills need the cash on the maturity date. They would prefer to liquidate now and hold “cash” rather than incur the risk that they will not be paid on the maturity date. Second, of course speculators want to front-run this trade. I put “cash” in scare quotes because dollars in a bank account are the bank’s liability. The bank will not be able to honor this liability if its asset—the US Treasury bond—defaults. The “cash” will be worthless in the very scenario that bond sellers are hoping to avoid by their very sales. When the scare and the shutdown end, then the 30-day T-Bill will snap back to its typical rate near zero. Some clever speculators will make a killing on this move.

 

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