MACKGOLD | OBSIDIAN CIRCLE
Department of Strategic Geopolitics and Natural Resources
GOLD AND TIME
Why the history of one of humanity’s oldest assets is measured not in years, but in eras
Publication Date: September 30, 2026
Introduction.
Before Human Time Existed
Before humans began measuring time, gold already existed.
There were no calendars.
There were no states.
There was no money.
There was no economy.
Humanity did not exist.
Even the Earth did not exist.
In the previous MACKGOLD | OBSIDIAN CIRCLE study, “The Cosmic Origin of Gold”, we examined the origin of gold atoms in extreme astrophysical processes long before the formation of our planet. The gold found today in bank vaults, jewelry, electronic components, spacecraft, and investment bars consists of atoms whose history began in the cosmic environment even before the emergence of the Solar System.
This fact has implications that extend far beyond astrophysics.
Gold is older than money.
Older than states.
Older than civilization.
Older than humanity.
And ultimately — older than the Earth itself.
That is why any discussion of gold and time begins with an unusual disparity of scale.
A person asks what will happen to gold tomorrow.
The market evaluates the next quarter.
An investor thinks in terms of several years.
A state may plan in decades.
But the matter they are all trying to evaluate exists on an entirely different timescale.
We measure, in human time, matter whose history began in cosmic time.
Four Timescales of One Metal
The history of gold can be viewed simultaneously across four timescales.
The first is cosmic.
It begins long before the Earth, when heavy elements were formed under extreme astrophysical conditions.
The second is geological.
Gold became part of the material of the forming Earth, passed through the processes of planetary differentiation, and was subsequently concentrated into deposits by geological mechanisms operating over immense periods of time.
The third is civilizational.
Humans discovered gold, began to mine it, work it, exchange it, accumulate it, and use it as a symbol of power, as money, as a reserve asset, and as an industrial material.
The fourth is human.
An individual owns gold for only a limited portion of their lifetime, after which the metal may pass to another owner, the next generation, or another institution.
These four scales differ radically.
A human life is measured in decades.
States may exist for centuries.
Geological processes unfold over millions and billions of years.
The cosmic history of matter extends across even deeper intervals of time.
Yet the same gold atom can be present throughout all of these histories.
Cosmic Time.
When Gold Belonged to No One
In the early Universe, gold practically did not exist.
After the Big Bang, light elements predominated. Heavier elements appeared later as a result of stellar evolution and other astrophysical processes.
Gold, however, lies far beyond iron in the periodic table, and ordinary thermonuclear fusion inside a star is insufficient to efficiently produce significant quantities of this element.
One of the principal mechanisms responsible for the formation of gold is rapid neutron capture — the r-process. Modern observations, including the GW170817 event detected in 2017, have provided compelling evidence that neutron-star mergers are environments capable of producing heavy r-process elements. Other rare astrophysical processes are also being considered as possible sources of a portion of the heavy elements.
For the purposes of the present study, what matters is not so much the nuclear physics itself as its temporal implication.
Gold existed before the first possible owner of gold appeared.
This is an unusual starting point for an economic asset.
Its physical history began billions of years before its economic history.
Geological Time.
The Planet Receives an Ancient Metal
Approximately 4.6 billion years ago, the Solar System began to form.
Matter from previous generations of stars became part of the protoplanetary material from which the Sun, the Earth, and the other bodies of our system emerged.
Gold was not created by the young Earth.
The Earth received already-existing atoms of heavy elements together with the matter from which the planet itself was formed.
What followed was a geological history.
During the early differentiation of the Earth, a significant portion of gold and other siderophile elements migrated into the planet’s deeper regions. Subsequent accretion added additional material, while tectonic, magmatic, hydrothermal processes, weathering, and erosion redistributed and locally concentrated gold within the Earth’s crust over immense spans of time.
What humans would later call a deposit became the result of processes whose duration is incomparable with a human lifetime.
A mine may operate for decades.
A company may exist for a century.
But the geological history of the metal it extracts is measured in billions of years.
The Moment When Geological Gold Becomes Economic
Then an exceptionally interesting transition takes place.
A person finds the metal.
From that moment on, the most ancient physical history becomes connected with a very young economic history.
Gold acquires a price.
An owner.
A weight standard.
A legal status.
A form.
At first, it may be a natural nugget.
Then jewelry.
A coin.
A bar.
A reserve.
An industrial material.
A financial asset.
But none of these categories is a property of the gold atom itself.
They are human constructs imposed on matter that is vastly older.
This is precisely where the fundamental distinction between the physical age of gold and the economic age of gold emerges.
An economic form may exist for only a few years.
The metal itself — incomparably longer.
An Empire May Disappear.
The Atom Remains
History provides a vivid expression of this distinction.
A coin exists within a specific monetary system.
It may bear the image of a ruler.
The name of a state.
A denomination.
A coat of arms.
A symbol of political authority.
But the state may disappear.
The ruler may die.
The denomination may lose its meaning.
The monetary system may cease to exist.
The coin may be melted down.
After that, almost all of the political information it carried will disappear.
But the gold will remain gold.
The metal may become a new coin issued by another state.
Then jewelry.
Then be melted down again.
Centuries later — it may become a standardized bar.
The form disappears.
The jurisdiction changes.
The owner changes.
The economic function changes.
The matter remains.
Most Financial Assets Have a Clock
The financial system is structured differently.
A bond has an issue date and a maturity date.
A loan has a term.
An option has an expiration date.
A deposit may have a specified placement period.
A company has a life cycle.
Technological infrastructure becomes obsolete.
Contracts expire.
Even money changes.
Banknotes are withdrawn from circulation.
Currencies are reformed.
Monetary systems are replaced.
Most financial instruments therefore exist not only within an institution, but also within a specific period of time.
They have a beginning.
Many have a predetermined end.
Physical gold has no maturity date.
This does not mean that its price does not change.
It does not mean that it is always a profitable investment.
It does not mean the absence of storage costs, risks of theft, counterfeiting, legal restrictions, or periods of declining market value.
But there is a fundamental difference:
the passage of time itself is not a condition that causes gold to cease to exist as gold.
Physical Durability and Economic Durability
These concepts must be separated.
Physical durability means the ability of a material to preserve its fundamental properties.
Economic durability means the ability of an object to preserve its economic function or recognition over time.
Gold possesses exceptionally high physical durability.
It is chemically unreactive, resistant to corrosion under ordinary conditions, and can be melted down repeatedly without losing its elemental identity.
But it does not automatically follow from this that its economic value remains unchanged.
The price of gold can fluctuate significantly.
Its purchasing power changes.
Demand changes.
Legal regimes change.
Technological applications change.
Social preferences can change as well.
Therefore, the statement “gold is physically durable” is a fact about the material.
The statement “gold always preserves the same value” would already be economically incorrect.
It is precisely the distinction between these two statements that is essential for serious analysis.
Time Destroys Many Stores of Value
The material world is subject to degradation.
Iron oxidizes.
Wood deteriorates.
Mechanical systems wear out.
Buildings require maintenance.
Electronic devices become obsolete and physically degrade.
Digital information may appear intangible, but its existence requires physical storage media, electricity, networks, data formats, and systems capable of reading them.
Even an extremely valuable object may require constant expenditure simply to continue existing in a functional state.
Gold is unusual because its fundamental material identity requires relatively little intervention.
A gold object can be damaged.
A bar can be scratched.
A coin can be destroyed.
A piece of jewelry can be melted down.
But the destruction of the form does not mean the destruction of the chemical element itself.
After melting, the gold once again becomes raw material for a new form.
And this leads to one of the metal’s most unusual properties: gold is capable of outliving its own purpose.
One Metal.
Many Lives
In the previous study, “The Gold We Have Already Mined,” we examined the aboveground stock of gold and the distinctive nature of a metal that, once extracted, practically never disappears from the human economy.
Now this idea acquires a temporal dimension.
The same mass of gold can have many economic lives.
Today — a piece of jewelry.
Decades later — scrap. After refining — a bar.
Later — part of an industrial product.
After recycling — high-purity metal once again.
Then — a new investment product.
From the perspective of human institutions, these are different objects.
From the perspective of chemistry — the same element, Au.
Therefore, gold recycling is not only an economic process.
It is a mechanism for transferring material between different eras of its use.
Humans Own Gold Temporarily
Here, the perspective changes.
We are accustomed to saying:
“my gold.”
But if we consider the timescale of the metal itself, human ownership turns out to be an extremely brief episode.
A person may own a gold bar for twenty years.
A family — for several generations.
A central bank — for decades.
A museum — for centuries.
But the material itself existed long before all of these owners and can potentially continue to exist after them.
From a legal perspective, ownership is entirely real.
From a temporal perspective, it is merely one segment of an extraordinarily long trajectory of matter.
We do not give gold its longevity through ownership.
We merely become, for a time, the owners of matter that is already enduring.
Intergenerational Value
Most economic decisions are made within a human time horizon.
Income next month.
Next year’s budget.
Returns over five years.
Retirement in twenty years.
But some economic objectives extend beyond the span of a single human life.
Family wealth.
Government reserves.
Funds.
Museum collections.
Cultural heritage.
Assets intended to be passed on to future generations.
As the time horizon expands, the criteria used to evaluate an asset change.
Over shorter horizons, returns, liquidity, or volatility may dominate.
Over very long horizons, an additional question emerges: can the object itself outlive its owner?
For gold, the answer is physically unusual.
It not only can.
It has already outlived countless previous owners.
Price Belongs to the Present
However, this is precisely where there is a risk of romanticizing durability.
The market is not obliged to reward age.
The fact that gold is extraordinarily ancient does not, by itself, determine its price today.
Price emerges today.
It is formed by contemporary buyers and sellers.
It is influenced by interest rates, currency conditions, investment demand, jewelry demand, reserve policy, mine and recycled supply, expectations, and many other factors.
This creates an important asymmetry:
the age of gold can be measured in billions of years, while its market price is determined by the present moment.
This is not a contradiction.
These are two different dimensions of the same object.
Physics determines what exists.
Economics determines how people value what exists.
The Market Moves Faster Than the Metal
The modern market operates at enormous speed.
Quotes change in fractions of a second.
Capital moves between continents almost instantly.
Algorithms react faster than humans.
A single piece of news can change the price of an asset within minutes.
A central bank can alter market expectations with a single publication.
Against this backdrop, gold becomes an almost paradoxical object.
Its price belongs to one of the fastest information systems ever created by humanity.
The metal itself belongs to one of the slowest histories with which that system interacts.
A second of market time meets a billion-year history of matter.
And every new price tick is merely another brief valuation of an object whose existence is incomparably longer than the quotation system itself.
State Time
In the article “Gold Without the State,” we examined another property of the metal: physical gold is not a debt obligation of a state, bank, or corporation, and it is capable of moving between different monetary systems.
Now we can see the temporal foundation of this property.
States have histories.
Monetary regimes have histories.
Institutions have histories.
Each of them emerges at a particular moment and may one day cease to exist or change radically.
Gold does not become independent of law: ownership, taxation, trade, and the movement of the metal can always be regulated by the state.
But the legal system regulates relations surrounding gold, not the existence of the chemical element itself.
This distinction allows the metal to pass from one institutional era into another.
Not economically unchanged.
But elementally unchanged.
Civilization changes the meaning, not the atom
This is perhaps the central paradox of the entire history of gold.
Humanity has constantly changed its explanation of why it needs this metal.
It has been an ornament.
A sacred object.
A symbol of power.
Money.
A monetary standard.
A state reserve.
An investment asset.
An industrial material.
A component of high-technology electronics.
A material used in space technology.
Every era created its own meaning for gold.
But no era created gold itself.
Civilization changed the function of an atom that had existed long before civilization.
What “long term” means
In financial language, the term “long term” is used with surprising looseness.
Sometimes it means five years.
Sometimes ten.
For government planning, several decades.
For infrastructure, perhaps a century.
But gold forces us to ask the question differently.
Long term relative to what?
Relative to a human being?
A market?
A company?
A state?
A civilization?
Geology?
The cosmos?
The same interval of time looks completely different depending on the observer chosen.
One hundred years is almost an entire lifetime for a human being.
For a state, it is a significant historical era.
For geology, it is practically an instant.
For an atom of gold that existed before the formation of Earth, a human century is an extraordinarily brief episode.
Gold therefore introduces a rare category into economics — a temporal perspective that exceeds the lifespan of the institutions that assign value to it.
Gold does not stop time
But another boundary must be drawn here.
Gold does not defeat time.
It does not make its owner independent of history.
It does not automatically protect against every crisis.
It does not guarantee any particular purchasing power in the future.
It does not eliminate political, legal, or market risks.
Its significance is much more precise.
Gold is a material whose physical duration of existence can substantially exceed the lifespan of human economic constructs.
And that is precisely why it can acquire new functions again and again.
Not because history does not affect it.
But because after a historical system changes, the metal remains available to the next one.
From the cosmos to the vault
Imagine the path of a single atom of gold.
It comes into existence in an extreme astrophysical environment long before Earth appears.
It is expelled into outer space.
It becomes part of interstellar matter.
Later, it enters the material of the forming Solar System.
It becomes part of the young Earth.
It passes through the planet’s geological history.
It reaches a region of the Earth’s crust accessible to future extraction.
Billions of years later, humans extract the ore containing it.
The metal is refined.
It receives a form.
Weight.
Fineness.
A certificate.
An owner.
A price.
A place of storage.
And only at the very last, almost vanishingly short segment of this trajectory does the word appear:
asset.
Economics sees the final part of the story.
Physics sees almost its entire length.
Temporal Asymmetry
This is precisely why gold represents an unusual example of temporal asymmetry.
Its owners are temporary relative to the metal.
Its forms are temporary relative to the metal.
Its prices are temporary relative to the metal.
Its monetary functions are temporary relative to the metal.
Even the civilizations that define its meaning are temporary relative to the history of the atoms from which it consists.
This does not mean that the metal is more important than civilization.
It means only that they exist on different timescales.
And when an economic object is capable of passing through multiple human timescales, it must be analyzed differently from an instrument created by a specific institution for a specific period.
Conclusion.
The Metal Between Eras
We are accustomed to asking:
How much is gold worth today?
How much will it be worth tomorrow?
What will happen to it in a year?
In ten years?
But these questions concern only the latest and shortest part of its history.
Before the first price, there was gold.
Before the first coin, there was gold.
Before the first state, there was gold.
Before the first human, there was gold.
Before the Earth, there was gold.
Then the planet appeared.
Life appeared.
Humanity appeared.
Civilizations emerged.
States created currencies.
Empires created coins.
Banks created credit.
Markets created prices.
Technologies created new ways of using the metal.
Some systems disappeared.
Others took their place.
And gold passed from one form into another.
From the earth — into the human hand.
From the hand — into a coin.
From the coin — into jewelry.
From jewelry — into a bar.
From the bar — into a reserve.
From an old object — through refining into a new one.
Its price changed.
Its owners changed.
Its purpose changed.
Its political significance changed.
But the atom remained an atom of gold.
The person who mined gold two thousand years ago disappeared.
The state to which he paid taxes disappeared.
The monetary system he used disappeared.
The laws that determined the value of his property changed.
But the atoms of gold may have remained.
They may have passed through dozens of owners, several states, and numerous economic systems, and may exist today in an entirely different form.
Therefore, perhaps the central question about gold is not whether it is capable of defeating time.
It is not.
Nothing economic exists outside history.
The question is different.
What happens when human civilization attempts to measure the value of matter that exists incomparably longer than the institutions through which that value is measured?
The answer is what constitutes the uniqueness of gold.
Most human-created assets exist within a particular period of time.
Gold passes through time.
Its price belongs to the present.
Its functions belong to civilization.
But its history began long before us.
And almost certainly will not end with us.
MACKGOLD | OBSIDIAN CIRCLE
Department of Strategic Geopolitics and Natural Resources
September 30, 2026