Owner Comments:
What if a coin could talk?
The notion dates back at least to the 18th century with Charles Johnstone’s best-selling satire,
The Adventures of a Guinea, and likely dates back as far as the invention of coinage itself. If coins were capable of narrative, ancient ones would surely be the most prodigious storytellers. Consider the current coin, for example, and its own history from the beginning...that is, the very beginning.
According to widely accepted theory, everything in our universe (including you and I, and every being and every coin that ever existed on this and every world) originated from an explosion at a single point in space 13.799±0.021 billion years ago, referred to as the Big Bang. Within a few minutes, conditions within the early universe promoted nucleosynthesis, i.e., the creation of light gaseous elements, mainly hydrogen and helium. The universe expanded, at first uniformly. Inevitably, irregularities arose that gravitationally coalesced into clumps, forming myriad stars and galaxies, including our own Milky Way. The intensely hot and dense cores within stars now allowed for nucleosynthesis of larger elements, for example up to iron (including all the carbon, nitrogen, and oxygen supporting organic life as we know it). The nucleosynthesis of even heavier atoms, such as the silver comprising this coin, occurred when large, primordial stars ran out of fuel and exploded to form clouds littering interstellar space. About five billion years ago, one such cloud began to collapse and rotate. Most of the cloud’s mass concentrated in the center, forming our Sun, while the rest flattened into an accretion disk giving rise to planets, including our own precious earth. Due to its closeness to the sun, the young earth was relatively devoid of volatile elements, even only moderately volatile ones like silver. Furthermore, when Earth first formed 4.6 billion years ago, it was molten, and any siderophile (iron-loving) elements like silver would have sunk into the Earth’s core along with the iron and nickel as the planet differentiated. Therefore, the silver that is accessible in the Earth's crust found its way to earth about a half billion years later, as a result of the Late Heavy Bombardment of meteorites and asteroids that struck after our planet's core had just formed.
For the next four billion years, all the Earth's silver — including the mass fashioned into this particular coin — remained untouched. And it would be undisturbed still, it weren't for a rather astonishing thing that occurred in parallel: abiogenesis followed by a series of remarkable evolutional surges interruprted by mass extinctions, eventually giving rise to an exceptional species known as
Homo sapiens.
Humanity’s fascination with silver’s beauty and utility dates back to the earliest recorded histories. By the 7th century BC, silver alloys were stamped into consistent weights, birthing the concept of coinage. At the Roman Empire’s height, the capital of silver production was the Hispania province, though the ancient Romans also extracted silver throughout Gaul, Asia Minor, and Britannia. They advanced ancient metallurgical methods significantly: melting to separate slag, smelting in low-oxygen environments to reduce metal oxides, and casting molten metal into molds before final hammering. To separate silver from natural alloys, the ancient Romans invented a sophisticated system of granulating molten metal in cold water, followed by smelting in the presence of salts. Employing hydropower to mechanize these processes allowed for a dramatically increased throughput, enabling Rome to extract and process hundreds of tons of silver annually.
In 393–394 AD, this silver was fashioned into a flan and struck between iron or bronze dies at the Mediolanum (Milan) mint. After the dies were removed, the designs left behind by the inches design strike was the inverse
This die pair was one of hundreds—or perhaps thousands—formed by anonymous artisans, engineered to withstand thousands of strikes before wearing out. This siliqua was a product of a vast industrial ocean; one of millions minted to support a military numbering in the hundreds of thousands. It was, in its own time, utterly common—a mere vessel of exchange. Yet, in that very ubiquity lies its tragedy. It was a mass-produced tool of an empire that processed tons of silver, yet it is now a singular, irreplaceable artifact. No other coin bears the exact same wear patterns, the same history of circulation, or the same path through the earth.
It was destined for the harsh frontier of Britannia. It traveled north with the army of Stilicho, the half-Vandal regent tasked with holding together a crumbling world. When Stilicho abruptly withdrew his forces in 401 AD to defend Italy against the Goths, the Roman order in Britannia began to collapse. Faced with encroaching chaos, the coin’s owner buried their wealth in an earthenware flagon. There it slept beneath the fields of Dorset, while Rome fell, the Middle Ages dawned, and the world transformed above it.
It remained undisturbed for sixteen centuries until its recovery on March 21, 2010, as part of the Gussage All Saints Hoard. Catalogued by the British Museum, it has now traded the damp earth for the safety of a Numismatic Guaranty Corporation holder. It is a silent, singular witness to a lost era—a "common" relic that survived the collapse of an entire civilization to become unique. It rests now in a new "vault," waiting to see what the next sixteen centuries will bring.
Coin Details: EASTERN ROMAN EMPIRE, Arcadius, 383-408 AD, AR Siliqua (15mm, 0.95 g, 6h), struck in Mediolanum (Milan) AD 393-394, NGC Grade: MS, Strike: 5/5, Surface: 4/5, Clipped, Obverse: Pearl-diademed, draped, and cuirassed bust right, D N ARCADIVS P F AVG, Reverse: Roma seated left on cuirass, holding inverted spear and Victory on globe, VIRTVS RO- MANORVM, MDPS in exergue. Reference: RIC IX 32b; RSC 27b, Ex 2010 Gussage All Saints Hoard (PAS Ref. DOR-A1CCB1; NC 171 [2011], no. 54).
Image: Sony ɑ 7R Ⅴ camera / Sony FE 90mm f/2.8 Macro G OSS lens.