Haute Lumière
Commerce · II · MMXXVI · daylight
Volume II — Foundations: The Paradigm and the Science · Extension
Nine movements, two vocabularies.
There are two vocabularies in the room and everybody knows it.
One of them says regeneration, flow, wholeness, stock, resilience. The other says depreciation, working capital, consolidation, expected shortfall, covenant. The people who use the first are told, politely, that they are describing values rather than facts. The people who use the second are told, less politely, that they are describing money rather than the world. Both groups then repeat themselves more loudly, and the meeting ends.
The argument is unnecessary for most of what it covers and irreducible for the rest, and the whole value of this chapter is knowing which rows are which.
So here is the object: a term table in which each row is one thing under two names, with the arithmetic or the citation that shows it is one thing. Fourteen rows. A recovery fraction is inventory turns. A leverage point is an elasticity. Resilience is expected shortfall and the buffer that funds it. Care work is a satellite account. These are not analogies. In every row the two sides compute the same number or reconcile to the same published figure, and where they do, the argument was about words.
And then the part that is worth more than the table: the terms that do not translate at all. Five in one direction, six in the other, and six false friends — words that pass between the vocabularies unremarked and change meaning on the way. Twenty-five terms in the joint vocabulary, of which a translation table can carry 56.0 percent. The remaining 44.0 percent is not a gap in the dictionary. It is a bound, and it has a shape: everything finance holds and this vocabulary lacks is about time and the order of claims; everything this vocabulary holds and finance lacks is about quality and direction. The two are missing orthogonal things, which is why neither can absorb the other and why both rooms keep being right.
The false friends are the expensive ones. An untranslatable term fails loudly — somebody asks what it means. A false friend passes, and by the arithmetic below, 4.8 of the six are expected to pass unnoticed into a document that matters.
— The Editors
Translation between these two vocabularies is not an aspiration. It has been built, at national scale, by statisticians, and the builds are public.
The System of Environmental-Economic Accounting. Adopted by the United Nations Statistical Commission in 2012 as an international statistical standard — the same status as the System of National Accounts itself — with the ecosystem accounting volume following in 2021, and compiled now by the great majority of the statistical systems that have tried. The feature that makes it a translation rather than an alternative is this: SEEA does not replace GDP with a better number. It builds physical and monetary accounts for water, energy, timber, fish, land and ecosystem services that reconcile line by line with the national accounts, so a finance ministry reads both without converting. Botswana's water accounts changed how water was allocated. Costa Rica's forest accounts did the same work in a different climate. In both, the accounting came first and the policy followed.
The household satellite account. The ONS values unpaid household service work and publishes it beside GDP rather than inside it — £1,239.0 billion in 2016, which is £1.24 trillion — in hours and in money, with the method open. Its share of GDP is 63.8 percent on the £1,943.0 billion denominator Chapter II.10 uses and 63.1 percent as Chapter II.03 quotes it, a spread of 0.7 points that is entirely the GDP vintage and not the household work; divide and the second figure implies a GDP of £1,963.5 billion. The BEA does the same for the United States: 25.7 percent of GDP in 2010. The move is the one this whole chapter recommends: translate, publish both columns, and let the reader do the reconciliation that the two documents now permit.
IPMVP. The International Performance Measurement and Verification Protocol exists because two parties needed to agree what a saving was before they could finance one. It is a dictionary with a signature block: baseline, method, period, verifier. Every shared-savings facility in this edition rests on it, and it was built by engineers and lenders sitting in the same room and refusing to leave until the words meant one thing each.
The GHG Protocol's scopes. A translation with a known and published failure mode, which is what makes it exemplary rather than merely useful: the standard tells you that chain inventories overcount, which is why corporate inventories cannot be summed into a national total. A dictionary that documents its own mistranslations is doing the thing this chapter is about.
Te Awa Tupua. In 2017 the New Zealand Parliament recognised the Whanganui River as a legal person with rights, powers, duties and liabilities, and created an office to speak in its name. Read it here as a translation event: a concept with no counterpart in commercial law was given one by legislation, because it could not be given one by modelling. That is the honest route for an untranslatable term, and it is the exception that shows why the list in the Arithmetic matters.
The exergy-indexed tariff. Chapter II.06's heat offtake prices by grade rather than by quantity, converting a subjective quarrel about quality into a thermometer reading. It exists precisely because the vocabulary does not: there is no accounting standard for work capacity, so the parties had to write one into a contract.
Six builds, one pattern: in each, somebody wrote the dictionary down, in a document with a signature on it, and the argument stopped being about words and started being about numbers.
Every figure below is computed in lib/verify/II_E3.py, which prints each input with its unit and its source before it prints a result.
First, the table. Fourteen rows, each one object under two names.
| Living-systems term | Finance term | The identification | Ch. |
|---|---|---|---|
regeneration rate r | the negative of a depreciation rate | S = D / (R · r); an asset whose capacity rises must not depreciate on a falling schedule | I.01 |
| closing the loop | inventory turns and working capital | service per virgin tonne M = 1/(1−p) | II.01 |
| an externality | the kernel of the pricing functional | p = w · x, so k − 1 directions are invisible; I(p ; x⊥) = 0 | II.07 |
| resilience | expected shortfall, and the buffer that funds it | k = ES(cubic, 99 %) / VaR(Gaussian, 99 %) = 1.74× | II.02 |
| interconnection | concentration, and the second moment of the degree distribution | κ = ⟨k²⟩/⟨k⟩, and f_c = 1 − 1/(κ − 1) | II.05 |
| trust | transaction cost per unit of trade | least- to most-trusted procurement cost, a factor of 5; crossover n = 1 + 1.667 T | II.08 |
| stakeholder | a boundary election, and the party paid by where it falls | the 3 percent test to the 10 percent benchmark: a repricing of 3.33×, not an abolition | II.03 |
| a leverage point | an elasticity | elasticity to the goal is exactly 1; to the parameter it is k/(a+k) | II.04 |
| metabolism | maintenance capex, and the reserve that funds it | funded reserve / three-year measured maintenance throughput ≥ 1 | II.04 |
| care and unpaid work | a household satellite account | 25.7 percent of US GDP in 2010; 63.1 percent of UK GDP in 2016 | II.10 |
| emergence | aggregate behaviour not derivable from the parts | aggregation preserves three properties and no more | II.02 |
| wellbeing | an index with a stated inequality-aversion parameter | the same distribution is worth 0.8260 of mean income at ε = 0.5 and 0.4240 at ε = 2.0 | II.10 |
| adaptation | the scorecard, read as a fitness function | the same five firms move +0.6545 or −0.5688 points a generation | II.09 |
| abundance | a positional rather than a thermodynamic constraint | four senses of scarce; only one is a fact about the world | II.01 |
The arithmetic of four rows, so the table can be checked rather than believed.
circulation multiplier, M = 1 / (1 - p)
p = 30 % M = 1.43 x p = 50 % M = 2.00 x
p = 80 % M = 5.00 x p = 90 % M = 10.00 x
leverage, S* = aG/(a+k), with a = 0.30 and k = 0.10
elasticity to the goal 1.000
elasticity to the parameter 0.250
ratio 4.00 x
trust versus contract, crossover membership n = 1 + 1.667 T
T = 12 transactions/member/yr n = 21 members
T = 30 n = 51
T = 60 n = 101
the kernel, at an attribute vector of k = 12
gradient one price recovers 8.3 %
directions it cannot see 11
Read the second block as a translation and it does real work. Work on the rules, not the parameters is a sentence from one vocabulary; the elasticity of the outcome to the goal is four times its elasticity to the parameter is a sentence from the other; and they are the same sentence, with the second one telling you when the first is false — because at other loop dominances the ratio collapses toward one and the parameter is the better lever.
Second, and this is the chapter: where the translation fails.
rows that translate 14
living-systems terms with no counterpart 5
finance terms with no counterpart 6
------------------------------------------------------
joint vocabulary 25 terms
share a translation table can carry 56.0 %
share it cannot 44.0 %
The five with no counterpart in finance. Grade of energy — no accounting standard recognises work capacity, and a megawatt-hour is a megawatt-hour in every contract ever signed. The kernel directions of a price — by the theorem, a price cannot name what it has no component in, and naming them requires a second channel with a bill attached. Surplus created and not captured — innovators capture on the order of 2.2 percent of the surplus they generate, and there is no accounting object for the rest; it is not goodwill, not an intangible, not deferred revenue, not anything. Group-level fitness — Muir selected cages rather than hens, and no consolidated reporting entity corresponds to the cage. Regeneration of a stock nobody owns — the aquifer is an asset and it is on no balance sheet, because title is precisely the thing it lacks.
The six with no counterpart in living-systems economics, and this list is the one this tradition does not like to write down. The discount rate — a forest has no weighted average cost of capital, and nothing in this vocabulary converts a future flow into a present number. Liquidity — the ability to exit a position at short notice, for which no ecological quantity exists, because an ecosystem cannot exit. Seniority and the capital stack — an ordering over claims in insolvency; nothing in an ecosystem ranks claimants when the system fails. Legal personality and fiduciary duty — a rule rather than a flow, which is why Te Awa Tupua had to be legislated. The cost of price discovery — 0.67 percent of aggregate market value a year, about $10,421 per bit, and no term in this vocabulary names the cost of finding out what a thing is worth. An arm's-length price where no market exists — five permitted methods and a range, because a number is required and there is nothing to read it off.
Now the cut, and it is a fact about the two lists rather than an argument.
Look at what each list contains. Every finance-only term is about time and the order of claims: when the money arrives, who gets paid first, how fast you can leave, who owes a duty to whom. Every living-only term is about quality and direction: what grade the energy is, which way the instrument is pointing, what was created and not captured, at what level the thing is being selected.
The two vocabularies are not rivals describing one world in different words. They are two projections of it, and the things each one is missing are orthogonal to the things the other is missing. A price is a scalar functional and loses k − 1 directions; this tradition has no operator at all that carries a value across time. Neither contains the other, and 56.0 percent is not a measure of how hard people have tried. It is the bound.
Which is why the correct object is not a better translation. It is a dictionary with a marked untranslatable section — the thing this chapter is.
Third, the false friends, which are worse than the blanks.
Six words pass between the vocabularies without anybody stopping them, and change meaning on the way across.
| Word | What it means on one side | What it means on the other |
|---|---|---|
| efficiency | second-law efficiency: a 90 percent boiler is 6.20 percent efficient | first-law efficiency; and Ulanowicz's ordered share of throughput, which rises as resilience falls |
| diversification | diversity across a collection of institutions | an institution's own portfolio — and below a tail index of 1.0780 the second raises system-wide expected defaults |
| growth | metabolism, scaling sublinearly at 0.75 | socioeconomic output, scaling superlinearly at about 1.15 — the metaphor carries a sign error |
| capital | a stock with a regeneration rate | a claim on future cash; natural capital can be neither sold nor diversified |
| value | exergy content | price — and two goods of identical exergy differ in price by orders of magnitude |
| network | a trust network, whose cost scales with membership | a contract network, whose cost scales with transactions |
And the arithmetic of why they cost more than the blanks:
P(an untranslatable term is noticed) 100 % somebody asks what it means
P(a false friend is noticed) 20 % it reads as ordinary English
false friends expected to pass unnoticed 4.8
untranslatable terms expected to pass 0.0
The dangerous half of a dictionary is not the blank entries. A term with no counterpart announces itself at the first reading; a word that translates silently reaches the term sheet, the covenant and the board minute, and is discovered in the quarter when the two parties turn out to have signed different agreements.
Fourth, the honest negative, and it is about the table rather than the failures.
A row that rests on an identity round-trips exactly: translate recovery fraction into inventory turns and back, and the number returns unchanged, because 1/(1−p) is the same function read in either direction. A row that rests on a chosen parameter does not, and the loss is silent.
rows resting on an identity 10 71.4 %
rows resting on a chosen parameter 4 28.6 %
Four of the fourteen — the regeneration rate, the externality, wellbeing and abundance — carry a parameter that somebody selected: a rate, an attribute vector, an inequality aversion, a choice about which sense of scarce is meant. Translate one of those and the parameter travels invisibly inside the number.
The worked case is the sharpest, and it belongs to the other vocabulary:
a sum a century out GBP 1,000,000
horizon 100 years
at 1.4 % — the low end of the published debate
present value GBP 249,003
at 4.3 % — the higher end
present value GBP 14,845
------------------------------------------------------------
ratio 16.77 x
Same sum, same century, two defensible published rates, and a factor of 16.77 between them — and there is no living-systems operator that produces either number. A practitioner who translates a long-horizon regeneration claim into present value has imported the entire intergenerational argument, uncosted, in one cell of a spreadsheet. That is not an argument for refusing to discount. It is an argument for writing the rate on the same page as the answer, which is what the instrument in the ninth movement does.
In the practice that has absorbed this, every serious document carries a definitions schedule with two parts, and the second part is the one people read.
Part A is the translated terms: recovery fraction and inventory turns, regeneration rate and useful economic life, systemic position and concentration limit, each with the arithmetic that identifies them, so that a disagreement about the word is settled by a division. Nobody argues about whether the terms mean the same thing. They check.
Part B is the untranslatable list, and it names the party who carries the risk of each gap. The discount rate is stated on the face of the paper with the answer, not buried in a model. The grade of the energy is a column in the tariff. The surplus the firm created and did not capture is described in words, in the narrative, and explicitly not totalled — because there is no account it belongs in, and saying so is more honest than inventing one.
The false friends have been retired from documents that matter. Nobody writes efficiency without a qualifier; nobody writes diversification without saying whose portfolio; nobody writes capital across the two vocabularies without naming which kind. The words are still used, freely and warmly, in the letter and the conversation, where ambiguity is a feature. They are not used in a covenant.
Meetings between the two rooms have become shorter and more productive, and the reason is unromantic: the participants now know which disagreements are about words and can be settled in ninety seconds, and which are genuinely about the 44.0 percent that does not translate — where the honest answer is that each side is holding something the other's vocabulary cannot express, and the conversation is about who carries that risk rather than about who is right.
And a generation of analysts can do both. They compute a Carnot factor and a weighted average cost of capital in the same afternoon and do not find it unusual, because they were taught the dictionary in the second week along with the list of words that are not in it.
One artifact, two parts, a fortnight.
Part A — the translated terms. Four columns: the term in each vocabulary, the identification (an equation or a published reconciliation), and whether it rests on an identity or on a chosen parameter. The last column is the one people leave out and it is the one that matters, because it tells a later reader which rows can be relied on to round-trip.
Part B — the untranslatable schedule. Three columns: the term, the vocabulary it lives in, and the party who bears the risk of the gap. That third column will be resisted, exactly as the fifth column of Chapter II.03's boundary register is resisted, and for the same reason: it names somebody. Often the answer is benign — the lender carries the discount-rate risk because the facility is fixed-rate — and writing it down is what makes the benign cases visible as benign.
The build.
Days one to five: list the terms that appear in the document and mean something financial. Most agreements have between fifteen and forty. Take them from the document, never from a glossary.
Days six to ten: sort into A, B and false friend. The test for Part A is mechanical and it is the only test that works: can you write the identity? If two people cannot compute the same number from both sides, the row is not in Part A. The test for a false friend is likewise mechanical: does the word appear in both vocabularies with different referents? If yes, it is banned from the operative clauses and defined explicitly wherever it survives.
Days eleven to fourteen: fill the risk column in Part B, and take it to the person named in it before it goes anywhere else.
Governance. The schedule is owned by whoever owns the document — counsel on a facility, the controller on a set of accounts, the programme director on a business case. It is reviewed when the document is amended and at no other time, because a schedule with its own review cycle becomes a separate artifact that drifts from the agreement it defines.
Sequence, and why this order. Part B first, always. The untranslatable list takes an afternoon, needs no arithmetic, and is the half that prevents disputes rather than settling them — and a team that starts with Part A will spend three weeks perfecting identities and never reach the part where the money is.
What to resist. The schedule is not a campaign to translate everything. A term that has been forced across when it does not go is worse than a term left in Part B, because it now carries a number somebody will rely on. The purpose is to make the translations checkable and the gaps visible — and some of the gaps should stay gaps.
Three things keep a dictionary alive, and they are all about attachment.
It is attached to a document that is signed. A glossary published on its own is read once. A Schedule 1 to an agreement is read every time somebody argues about a clause, which is the only reliable form of readership.
It is used to settle something in its first year. An instrument that has never been used in an argument is quietly dropped at the next amendment. Use it the first time two parties disagree about efficiency — and they will, because that word does three jobs.
Somebody who is not the drafter reads it. The drafter is the one person who cannot see the gap between what the word means to them and what it means on the page, because they read the page through the meaning.
Now the failure modes, named plainly.
It fails when Part B is dropped at the second revision, because it is the part with no numbers and it looks like commentary. The guard is the risk column: a term with a named party attached is harder to delete than a term with a definition attached.
It fails when a translated row is quietly regraded — an identity row whose parameter has been changed so that it no longer round-trips, and nobody versioned it. Version the schedule; keep the previous identity visible.
It fails, most expensively, when the dictionary is used in one direction only. Translating a living-systems claim into finance vocabulary makes it financeable, which makes it worth misstating — and a schedule that only ever converts regeneration into cash flows has become a marketing instrument. The countermeasure is Part B: a schedule that names six things finance can say and this vocabulary cannot is visibly not a piece of advocacy.
And it fails when somebody mistakes the dictionary for an agreement. Two parties who share definitions can disagree completely, and should be able to. The schedule buys a shorter argument, not a shared position, and a room that expects the second from it will abandon the first.
There is a specific pleasure in the moment a year-long argument dissolves because somebody wrote down what a word meant. Two teams discover they have been using efficiency for different quantities, both correctly, and the disagreement was never about the plant. The hour they get back is not the good part. The good part is the quality of the argument that follows, which is about something real.
And there is the pleasure of the blank entry, which is rarer and better. Writing no counterpart in a column is a small act of honesty that costs nothing and changes the temperature of a room. The finance people relax, because somebody from the other side has just conceded that a discount rate does real work that nothing in their vocabulary does. The ecologists relax, because somebody has written down that a megawatt-hour at sixty degrees and a megawatt-hour at three hundred are not the same object and no contract in the world currently knows it.
Best of all is the moment somebody from the other vocabulary uses one of your rows in their own argument, in their own words, without noticing that it came across. That is a translation having worked — not when both sides agree, but when one side stops being able to tell which language the sentence started in.
The dictionary becomes real when it is a numbered schedule to something with a signature block.
The structure: Schedule 1 to a facility agreement, joint venture or offtake — Part A, defined terms with their identifications; Part B, the untranslatable list with the party who bears each gap.
The mechanics.
The balance-sheet treatment. The schedule itself is a drafting cost and runs through the income statement. What it changes is elsewhere and it is material: where Part A identifies a regeneration rate with a useful economic life, that identification is the evidence supporting a depreciation estimate, and your auditors will ask for it. Take it to them at the planning meeting. The conversation is about useful economic life, which they have every year.
The counterparty. Counsel on both sides, at the same table, with one person from each vocabulary present. The schedule drafted by lawyers alone will contain Part A and no Part B, because Part B is not a legal object; the schedule drafted by practitioners alone will not survive a dispute.
The number that decides it.
drafting cost, Schedule 1 Parts A and B EUR 18,000
enforcement cost, share of the claim 21.5 %
(World Bank enforcing-contracts indicator,
high-income OECD)
------------------------------------------------------------
break-even claim, if a dispute is certain EUR 83,721
P(an ambiguous term is disputed) 25.0 %
break-even value at stake EUR 334,884
Above roughly a third of a million euros of value resting on ambiguous terms, the bilingual schedule pays for itself out of one avoided argument. Below it, write Part B anyway and skip Part A: the untranslatable list is an afternoon, it is the half that prevents disputes rather than settling them, and it is worth having whether or not anything is signed.
The first ninety days.
| Day | Action | Artifact |
|---|---|---|
| 1–15 | List every term in the live document that means something financial | The term list, taken from the document |
| 16–30 | Sort into Part A, Part B and false friend; write the false-friend clause | The false-friend clause |
| 31–45 | Write the identity for every Part A row; sign the denominator definitions | Part A, with its arithmetic |
| 46–60 | Fill the risk column in Part B; take it to the parties named in it | Part B, with risk allocated |
| 61–75 | Counsel review both sides; agree the amendment rule | Marked-up schedule |
| 76–90 | Schedule executed with the agreement; first amendment cycle scheduled | The executed schedule |
Read alongside the other instruments in this edition, this one is the connective tissue: it is the only instrument in the catalogue that does not raise, save or allocate money, and every other instrument in the catalogue is unenforceable without something like it, because each of them turns on a word that means two things.
Discovery — what is already working
Dream — what becomes possible
Design — what we build
Destiny — how it holds
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Note on figures. The term table and its identifications, the circulation multiplier, the leverage elasticities, the trust–contract crossover, the kernel share, the counts of untranslatable terms in both directions and the recoverable share, the detection arithmetic for false friends, the identity-versus-parameter split, the century-horizon present values, and the bilingual schedule's break-even are all computed in lib/verify/II_E3.py and reproduced by python3 lib/verify.py II.E3, which prints every input with its unit and its source before it prints a result. Figures carried in from the eleven chapters are cited to the chapter that computed them. The two discount rates are the low and high ends of a published and unresolved debate and are printed as inputs rather than adopted.