MODELLING THE RETURN OF EQUILIBRIUM
“The proper study of mankind is man”, wrote the poet Alexander Pope in An Essay on Man.
We can usefully paraphrase this to the effect that ‘the proper study of economic man is prosperity’.
Correctly understood, material prosperity is a function of the use of energy.
We know, after all, that nothing that has any economic utility at all can be supplied without the use of energy. We also know that, whenever energy is accessed for our use, some of that energy is always consumed in the access process, so is not available for any other economic purpose.
From this understanding follows an equation, straightforward in principle, that calibrates material prosperity.
The ‘consumed in access’ proportion of energy supply is known here as the Energy Cost of Energy, or ECoE.
If we deduct ECoE from total energy available, we’re left with surplus energy, which is the direct material correlate of prosperity.
If we further divide this aggregate surplus energy prosperity by population numbers, the result is prosperity per capita.
Measuring prosperity
The SEEDS economic model – the Surplus Energy Economics Data System – has been designed to interpret the economy in this way. Expressed (for convenience) in financial terms, global aggregate prosperity grew by slightly less than 1.4% annually between 2000 and 2020, meaning that it increased by a total of 31% between those years.
Over that same period, world population numbers increased by 25%. This means that the average person was slightly less than 5% better off in 2020 than he or she had been back in 2000.
Looking ahead, we know that the ECoEs of economies which remain reliant on energy from oil, gas and coal are continuing to rise. There are compelling environmental and economic reasons for endeavouring to transition from fossil fuels to alternatives, principally renewable energy sources (REs) such as wind and solar power.
The question here isn’t the feasibility of quantitative conversion to REs. Rather, what we need to know is whether this transition will drive ECoEs back downwards. The hierarchy of challenges involved in transition make this improbable. Even if REs can usher in an era of lower ECoEs, they certainly can’t do so now.
This interpretation points unequivocally towards further deterioration in prosperity. The average Westerner will carry on getting poorer, whilst prior growth in prosperity per capita in EM countries will go into reverse.
Within this broad projection of eroding prosperity, we also know that the real cost of essentials will carry on rising, not least because most necessities are energy-intensive.
What results is a leveraged equation in which prosperity net of essentials falls more rapidly than top-line prosperity itself. This means that essentials will account for a steadily rising proportion of total prosperity.
It follows from this that both capital investment and the scope for the consumption of discretionary (non-essential) goods and services will be reduced.
None of this constitutes a prophecy of ‘collapse’.
Rather, it poses the challenge of adaption to lower prosperity after more than two centuries in which, thanks to the supply of ultimately finite low-cost fossil fuel energy, world prosperity has expanded very rapidly.
A process of denial
Conventional interpretations of economics do not recognize the analysis sketched out here. The economy is presented, not as an energy dynamic, but as a system that is wholly financial.
Energy and other resource constraints are dismissed with the nostrum that [financial] demand produces [material] supply.
This nostrum can be described as the systemic fallacy of conventional economics. The reality, of course, is that no amount of monetary demand can create resources (such as low-cost energy) that do not exist in nature.
By the same token, we cannot “stimulate” our way to greater material prosperity, “grow out of” debt and other financial commitments to the future, borrow our way to financial solvency, or “invest” (meaning monetise) our way to economic and environmental sustainability.
To paraphrase Pope again, though, ‘hype springs eternal in the human breast’. The latest version of cornucopian hype is that growth in perpetuity can be delivered through the alchemy of “technology”. This ignores the inconvenient reality that the potential of technology is limited by the laws of physics.
Things being as they are, conventional economic interpretation continues to insist that infinite economic growth remains a plausible outcome on a planet that, ultimately, is finite. Nowhere in classical economics will you find any recognition of the concept of ECoE. The word ‘prosperity’ is sometimes employed, but not in the precise and material sense in which it is used here.
This ‘money-only’ fallacy applies, not just to projections for the future, but to interpretation of the recent past. For the period between 2000 and 2020, for example, we’re told that the economy enjoyed “growth” averaging 3.4% annually, and expanded by 94% over that period as a whole.
In pursuit of reconciliation
Here, then, are two contradictory statements. The first is that the economy ‘grew by 3.4% annually’ between 2000 and 2020.
The second is that prosperity ‘expanded by less than 1.4% per year’ over that same period.
We could reconcile these two statements by asserting that the rate of inflation used in the measurement of ‘real’ (ex-inflation) GDP has been understated.
The SEEDS model makes this calculation by calibrating RRCI (the Realized Rate of Comprehensive Inflation). If you took out official inflation (of 1.5%) between 2000 and 2020, and used instead an RRCI rate of 3.5%, reported growth in real GDP would align with growth in real prosperity, as calculated on an energy basis.
There seems little doubt that inflation has been understated – routinely and significantly – in official numbers. This suggests that energy-based analysis can improve our understanding of the economy through the measurement of RRCI.
Measuring difference
For present purposes, though, our best route is to accept that GDP and prosperity are measures of two different things.
Prosperity measures material economic output as it relates to the supply of goods and services.
GDP, on the other hand, is a measure of economic activity, referencing the financial transactions by which these goods and services change hands.
This presents us with a different requirement for reconciliation. The implication is that the financial value ascribed to activity has expanded much more rapidly than the far more pedestrian rate of increase in the output of material goods and services.
There is abundant evidence, both quantitative and qualitative, for this proposition.
Quantitatively, debt expanded by $216 trillion (190%) between 2000 and 2020, a period in which GDP increased by only $64tn (94%). Broader financial liabilities, which include the unregulated shadow banking system, have grown even more rapidly. The same is true of unfunded pension commitments, where we have seen the emergence of enormous “gaps” in the adequacy of provision.
Evidence of the financialization of the economy is, of course, to be found in the prevalence of negative real interest rates, a product of policies which, when first introduced more than a dozen years ago, were presented as “temporary” expedients.
The negative real cost of capital has inflated the prices of assets to levels far beyond anything that can be justified using traditional measures of value.
From here, where?
As objective observers, our focus needs to be on predictable outcomes.
We also know that these processes have driven asset prices to unsustainably elevated levels.
Now that growth in prosperity has deteriorated into negative territory, it seems hard to avoid the conclusion that what lies ahead is an enforced restoration of equilibrium between the ‘financial’ economy of money and credit and the ‘real’ economy of goods and services (and, ultimately, of surplus energy).
Our attention now needs to be devoted to the mechanisms by which equilibrium is restored.
A recent SEEDS project has involved the calibration of a potential ‘soft landing’, by which we manage the restoration of financial and economic equilibrium.
You will not be surprised that the engineering of a ‘soft landing’ is both (a) mathematically feasible, and (b) politically almost impossible.
Essentially, economies would have to accept now adjustments that will, in any case, be enforced upon them at a later point by economic, material, political and environmental trends.
The key word here is “later”. Where unpleasant realities are concerned, ‘never accept today what you can put off until tomorrow’ is an axiom, not just of politics, but of society more generally.
Moreover, there are structural factors – most obviously in America, Britain and the Euro Area – which make the adoption of ‘soft landing’ policies virtually unthinkable.
In the absence of a soft landing, what lies ahead is a scenario in which we are forced to adjust to ‘prosperity reality’. The likeliest mechanism is inflation and, specifically, escalation in the cost of essentials.
As what is called colloquially ‘the cost of living’ accelerates beyond the affordability of millions, the authorities are likely to be dragged, with the utmost reluctance, into a situation where inflation has to be tamed.
That’s the point – and it’s likely to be very soon – at which equilibrium is restored between an inflated financial system and an eroding underlying economy.
There is analytical value in the modelling of what a soft-landing would look like, even though we know that this course of action isn’t going to be adopted.
Essentially, a conceptual soft-landing gives us a template against which to measure what actually happens, much as the measurement of prosperity provides a benchmark which can be used to quantify the difference between the economy as it appears and the economy as it is.