CBERWhere value comes from â
Before you can design a money system, you need to know what money actually does and where value comes from. This chapter is about those two questions, and about why energy is the floor rather than the source.
The Origin of Economic Value â
Value is not only feeling and not only labour. Five things have to come together: nature, energy, labour, knowledge and organisation. If one is missing, nothing happens.
In detail
Value is not only what people feel about a thing, and not only the labour sitting inside it. Five things have to come together, and if one of them is missing, nothing happens.
Nature. The material itself: wood, ore, water, and the living systems that make them.
Energy. Without energy a tree stays a tree. Something always has to push it, heat it or move it.
Labour. Someone who does it, or steers it, or thinks it up.
Knowledge. Knowing how. The same material and the same energy yield far more in the hands of someone who knows what they are doing.
Organisation. Agreements, laws, markets: the whole that lets a thousand people work on one thing without getting in each other's way.
Money as a Coordination Mechanism â
Money makes nothing. It is shared bookkeeping: it remembers who is still owed something, makes trade possible and lays unlike things on one scale. The current system tops that bookkeeping up without limit, but bookkeeping that no longer points at anything real steers nothing.
In detail
Money makes nothing. It is bookkeeping, a shared language for working out who does what and who gets what.
It does three things at once. It remembers who is still owed something. It lets you trade without having to want exactly what the other person is offering. And it lays unlike things side by side on one scale, so you can weigh a loaf of bread against an hour of work.
The current system treats that bookkeeping as something you can top up without limit. But an administration that no longer points at anything real steers nothing. It is a map that has lost the road: still a fine thing to look at, but it will not get you there.
Energy as the Physical Lower Bound â
Not all value comes out of energy; craft, scarcity and taste decide what a thing fetches. But underneath all that value lies a floor, and that floor is energy. Everything costs energy, and of the five only energy can run out. That is why the coin is tied to one stored kilowatt-hour: exactly the thing that cannot be multiplied.
In detail
This is not a theory in which everything of value comes out of energy. A painting is not worth more because more kilowatt-hours went into it. Craft, scarcity, taste and fashion decide what a thing fetches, and that stays true.
But underneath all that value lies a floor, and that floor is energy. Every calculation, every journey, every heated room and every machine costs energy. No exceptions. And energy is the only one of the five that can run out. Knowledge you can give away without having less of it yourself; a kilowatt-hour you use is one nobody else will ever use.
By tying the coin to one stored kilowatt-hour, the money is fixed to exactly the thing that cannot be multiplied.
The Law of Effortless Effect and Cooperation â
We rely on one another every day. You may not know your pilot or baker, yet you trust their work. Rich or poor, nobody does everything alone. EEML explains our social nature through the effort saved by cooperation: together we achieve more. The Basic Pulse provides a shared foundation alongside ordinary trade.
In detail
Within EEML, based on the Law of Effortless Effect, social behaviour is explained through reductions in the effort required to achieve an outcome. Division of labour, knowledge transfer and shared facilities can reduce per-participant costs compared with individual self-sufficiency. This creates mutual dependence, including between strangers and across wealth levels.
The theoretical argument is that these advantages promote cooperation and social behaviour. This is the explanatory hypothesis CBER takes from EEML, rather than proof that societies automatically select the most efficient or equitable arrangement. Coordination costs, power relations, information problems and conflicting interests can prevent that outcome. The effects of a specific arrangement therefore require separate investigation. See ee.robingenis.com.
This has direct monetary consequences:
Sharing is cheaper than guarding. Keeping large inequality in place costs fences, cameras, guards and court cases. A shared floor costs one round of building it. That is why the Basic Pulse comes first: first make sure everyone is in, then start the contest.
And people watch each other. "The bank governs the human, and the human governs the bank" has a third wire: the humans govern each other. The reserve belongs to everyone and the ledger is open, so looking costs nothing. That is cheaper than an enforcement apparatus, so that shape wins by itself. Peer pressure, not police, with one boundary that was added along the way: the watching is about the system numbers and never about persons. Peer pressure is cheap, and for exactly that reason it is cheap to abuse. Why that deserves a paragraph of its own is below.
Cooperation and trade share the same currency. The Basic Pulse provides a shared foundation. People can trade using the available budget and Luxury Coin. Both sit inside CBER; the door connects to other currencies.
Cooperation and trade use the same currency â
CBER combines a shared basic budget and free trade within one monetary system. Both the Basic Pulse and Luxury Coin sit inside. The design permits trade using both. A shared foundation does not prohibit buying, selling or running a business.
The Basic Pulse depends on renewable sources. The bank regulates its size and everyone participates. New renewable input first fills the missing basic budget. Entitlement to future days stays personal; today's available budget may be spent.
The door concerns other currencies, such as euros. You only need it when settlement involves a different currency. People interested only in the currency may also buy, sell or hold CBER without producing or consuming energy themselves.
Fair to whoever can least afford it â
Eleven panels attacked this design; the heaviest findings concerned the weakest participant, not the money. The design was changed, at a price: verification by designated parties at small scale, a non-public stamp list, an enrolment that does not travel. Fairness also bounds the community's power over the individual: openness points upward, at whoever holds the controls, not downward.
In detail
This design has been attacked eleven times by panels whose brief was to sink it. We expected the money to give way: a hole in the backing, a side route to printing extra, a sum that would not close. That happened too, and it has been repaired. But the heaviest findings were not about money.
They were about the weakest participant. Someone fleeing domestic violence, whose new whereabouts the system gives away by accident through the electricity she draws. Someone without papers, who needs a floor but cannot show an identity document. Someone who simply does not want to be seen, and for whom, in a village of two hundred households, a public figure is already a clue.
On every one of those points the design was changed rather than the objection argued away. And that cost something. The promise that anyone can recompute everything has, at small scale, been traded for verification by designated parties. The stamp list that guards "one person, one floor" is no longer public. An enrolment is no longer portable between instances. Those prices are named in this manual, not buried in a footnote.
Why this sits here and not with the technology: it is a claim about what fairness in a money system actually means. The usual reading is that a fair money system has an auditable bank. That is half of it. The other half is that the community itself also holds power over the individual, and that this power deserves bounding just as much. A village that can see everything about everyone is not running oversight, it is running a pillory. Openness here is therefore not an absolute value but a directed one: upward, at whoever holds the controls, and not downward, at whoever happens to take part.
Why People Trust This â
Usually you invest in something intangible: paper, a promise, a return on a screen. CBER inverts this: you invest in a battery in your meter cupboard, and the coin you get back is backed by what physically sits in it. Trust then does not have to be enforced: you convince nobody of a promise, you show them the meter.
In detail
People only invest in something once they believe they get something back, and usually that something is intangible: paper, a promise, a return on a screen. CBER inverts this. You invest in something tangible, a battery in your meter cupboard, and the medium of value you receive is digital but directly backed by what physically sits in that battery. Trust then does not have to be enforced; it regulates itself socially, because everyone looks at the same public meter. A guarantee behind money is intuitively logical, and that very intuition is the engine of adoption: you do not have to convince anyone of a promise, you just show them the meter.