The Champagne Myth

"Come quickly. I am tasting stars."

That line is everywhere. On restaurant menus, on the labels of bars that sell champagne by the glass, in the kind of pop-history articles that get shared ten thousand times before anyone checks whether the quote is real. It’s been attributed to Dom Pierre Pérignon, a Benedictine monk and cellar master at the Abbey of Hautvillers in the Champagne region of France, who supposedly shouted it when he took his first sip of sparkling wine sometime in the late seventeenth century.

The quote doesn't appear in any abbey record. It doesn't appear in any memoir, letter, or document from Pérignon's lifetime, or for more than a century after his death. Its first documented appearance in print is in an advertisement. In English. Written by a marketing firm in the 1880s, targeting British and American luxury consumers. Roughly 170 years after the monk died.

Here's the thing about Dom Pérignon that makes this stranger still: he spent most of his career at Hautvillers trying to eliminate the bubbles. The sparkling wine that would eventually carry his name was, to him, a production defect. A problem. A financial catastrophe that destroyed cellars every spring and required his workers to wear iron masks to protect themselves from flying glass.

He didn't invent champagne. He was tasked with preventing it.

So: if the man credited with discovering the world's most celebrated sparkling wine was actually trying to get rid of the bubbles, what does that tell us about everything that got built around his name?

That's where we're headed. But it starts in 1668, at an abbey in northeastern France, with a monk who had a broken cellar and a very specific assignment.

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Dom Pierre Pérignon was born in 1638 in Sainte-Menehould, entered the Benedictine order as a young man, and was appointed to two roles at the Abbey of Hautvillers in 1668: cellar master, responsible for wine production, and procurator, responsible for the abbey's finances and land. The abbey had recently been looted and partially destroyed, so it needed income. Pérignon's job was to make the wine good enough to sell at prices that would pay for the rebuilding, and to stop losing inventory every spring when the cellars started exploding.

What he actually did at Hautvillers, over the course of his forty-seven years there, was genuinely significant. He developed a shallower, more delicate press — the coquard — that could extract clear white juice from dark Pinot Noir grapes without letting the skins bleed color or tannin into the liquid, establishing the technique still called blanc de noirs. He pioneered a systematic approach to assemblage, tasting grapes from different vineyard plots before pressing and blending across varieties and sources to produce something more balanced and consistent than any single-plot wine from Champagne's cold, marginal climate could achieve on its own. He championed Spanish cork stoppers over the hemp-and-tallow plugs then standard in the region. He expanded the abbey's vineyard holdings from roughly ten hectares to somewhere between twenty and twenty-four by the time he died, through careful land acquisition. The man was an exceptional winemaker, with an exceptional legacy.

But none of it was champagne.

The mythology came later, and it came from a specific source. In 1821, more than a century after Pérignon's death, one of his successors at the Abbey of Hautvillers — a monk named Dom Jean-Baptiste Groussard — wrote a highly embellished account of Pérignon's life, attributing to him the invention of sparkling wine, the introduction of the cork stopper, and a nearly supernatural ability to identify individual vineyards by taste alone. Groussard was writing in the middle of the Bourbon Restoration, just two decades after the French Revolution had devastated the Catholic Church, confiscated monastic lands, and partially destroyed the Abbey of Hautvillers itself. His motivations are well documented: he wanted to restore the abbey's historical prestige, establish a monopolistic origin story for the Champagne region, and rebrand a drink deeply associated with the guillotined French aristocracy as the sacred product of pious monastic labor.

The famous quote wasn't even in Groussard's account. That came roughly sixty years later, from an advertising firm that was marketing champagne to British and American consumers and wanted a catchier hook than what Groussard had provided. Someone wrote a line, put it in an English-language print advertisement, and attributed it to a French monk who had been dead for 170 years. The ad ran, the quote spread, and Dom Pérignon, the man who had spent his career trying to prevent bubbles, became the man who had supposedly discovered them with a gasp of joy.

In 1927, the dormant trademark for the Dom Pérignon name — originally registered by the rival champagne house Mercier and never used — was gifted to Moët & Chandon as part of a family marriage settlement between the two houses. In 1936, Moët's marketing director Robert-Jean de Vogüé launched the world's first commercially available prestige cuvée under that name, using wine from the exceptional 1921 vintage. The bottles sailed to New York on the SS Normandie. A monk who had spent his life perfecting still wine had become, three hundred years after his birth, the brand identity of a $300 bottle produced by what would eventually become the world's largest luxury goods conglomerate.

That's the myth. Here's the actual history.

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The English documented deliberate secondary fermentation before the French were even trying to create it. To understand why, you need to understand what was happening in Champagne's cellars before anyone made the decision to lean into the bubbles.

The Champagne region sits in northeastern France, and in the seventeenth and eighteenth centuries, its climate created a recurring, destructive problem for winemakers. Cold autumn temperatures slowed fermentation before it was complete, leaving residual sugar in the wine. Winemakers assumed fermentation was done and bottled what they thought was still wine. When spring came and temperatures rose, the dormant yeast woke up, found the leftover sugar, and resumed fermenting inside sealed bottles. The carbon dioxide had nowhere to go. French glass, made in wood-fired furnaces, could withstand roughly one to two atmospheres of pressure. Secondary fermentation generates five to six. The bottles exploded. Cellars lost twenty percent of their inventory in average years, ninety percent in bad ones. Winemakers called it vin du diable — the devil's wine. Cellar workers wore iron masks to walk through the vaults in spring. This is the world Dom Pérignon stepped into in 1668, and this is what he was hired to prevent.

Meanwhile, in England, this problem didn't exist the way it did in France, because English glass was fundamentally stronger. In 1615, King James I had banned wood-burning glass furnaces to preserve timber for the Royal Navy. English glassmakers adapted by using coal-fired furnaces, which burned hotter and produced a denser, more structurally uniform glass — dark green or brown rather than clear, far heavier than the French equivalent, capable of withstanding far greater pressure. In the 1630s, a courtier and natural philosopher named Kenelm Digby developed a purpose-built wine bottle at his furnace in the Forest of Dean, working under licence from Sir Robert Mansell, who held the coal-furnace patent. Digby's bottle — often called the onion or shaft-and-globe shape — had a deep punt pressed into the base that distributed internal pressure more evenly, a pronounced ridge at the neck for tying down corks, and walls thick enough to survive what was about to happen inside them. French winemakers eventually imported these bottles and called them verre anglais.

Because English glass could hold the pressure, English wine merchants could experiment with what French winemakers were experiencing as a disaster. On December 17, 1662, an English physician and founding Fellow of the Royal Society named Christopher Merret presented an eight-page paper to that body titled "Some Observations Concerning the Ordering of Wines." In it, he documented English wine coopers deliberately adding — in his words — "vast quantities of Sugar and Molossus to all sorts of Wines, to make them drink brisk and sparkling." This is the first documented description of deliberate secondary fermentation. It was no accident or mistake. This was a technique, described precisely, with clear intent. Merret's paper predates Dom Pérignon's arrival at Hautvillers by six years. The first dedicated champagne house — Ruinart — wasn't founded until 1729, nearly seventy years after the English were already doing this deliberately, in London.

The drink most associated with French luxury was documented first by an English doctor, depends on English glass technology to physically hold its pressure, and took commercial shape in a market driven by English consumer demand for something the French hadn't yet decided they wanted to make on purpose.

French winemakers didn't begin intentionally producing sparkling wine until the late 1690s and early 1700s, following that English demand. And when they did, they inherited three catastrophic technical problems that took more than a century to fully solve.

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The first was breakage. Once winemakers were deliberately adding sugar to trigger secondary fermentation — the process called the liqueur de tirage — they had no way to measure how much sugar was already in the base wine, and no way to calculate how much to add. Too much and the bottles exploded. Too little and the wine stayed flat. The breakage rate in disastrous years was still between twenty and fifty percent of a cellar's entire production. Winemakers lost fortunes guessing. This problem wasn't solved until the mid-1830s, when a pharmacist named François, working in Châlons, developed a sugar-measurement instrument that let cellar masters calculate precisely how many grams of sugar would produce exactly the desired level of pressure without overloading the glass. Before François, champagne production was a gamble. After him, it was a formula. Jean-Antoine Chaptal's 1801 treatise on wine fermentation — the work that established the mathematical relationship between sugar and fermentation byproducts, and gave chaptalization its name — had provided the theoretical foundation. François turned it into a practical tool.

The second problem was sediment. Secondary fermentation left dead yeast in the bottle. When the wine was poured, the carbonation disturbed the settled cells and turned what should have been a brilliant, clear liquid into something murky and grey. The only fix was decanting, which lost the bubbles in the process. For the first hundred years of intentional champagne production, the choice was between cloudy wine and flat wine.

Barbe-Nicole Clicquot solved this in 1816. She was twenty-seven years old when her husband died and left her to run the family champagne house — hence the title that became her name, Veuve Clicquot, the widow. Working with her cellar master Antoine Müller, she pulled a kitchen table from the house, had holes drilled through it at angles, and loaded bottles neck-down into the holes. Each day, a cellar worker went through the entire stock of bottles, gave each one a sharp shake and a precise partial turn, and let it settle. Over several weeks, the daily rotation used gravity and friction to consolidate the dead yeast from throughout the bottle's body down into a single compact plug in the neck. Once there, the plug could be expelled cleanly — a process called disgorgement — leaving the remaining wine brilliant and clear without losing its carbonation.

Riddling, as this technique was called — remuage in French — was subsequently adopted by every champagne house in the region. Veuve Clicquot kept it secret for several years to maintain a competitive advantage, particularly in the Russian market she had aggressively cultivated. Her 1811 vintage, shipped through a breached Napoleonic blockade, had made the Russian imperial court obsessed with champagne. When riddling eventually leaked to her competitors, it was already the industry standard in everything but name. Today, automated gyropalettes do the same work her workers did by hand, turning thousands of bottles simultaneously, but the mechanical principle is identical to what she figured out with a kitchen table in 1816.

Ice disgorgement came later. Before it existed, removing the sediment plug was a high-wire act requiring a skilled worker to flip the bottle upright at exactly the right moment to let the internal pressure expel the plug without losing most of the wine. In 1884, a Frenchman named Armand Walfard patented the solution: dip the inverted bottle neck into chilled brine, freeze the top few centimeters of liquid into a solid plug trapping the sediment, then pop the temporary cap. The frozen plug shoots out cleanly. The wine stays in the bottle. This moved disgorgement from a craft requiring years of training to an automated industrial process that could handle tens of thousands of bottles a day.

The bottle itself continued to evolve through the nineteenth century — the squat onion shape giving way to the tall cylinder we recognize now, standardized for factory packing and riddling racks, the glass walls thickening progressively as the engineering requirements became better understood. The modern champagne bottle is engineered to hold five to six atmospheres of internal pressure — roughly 70 to 90 pounds per square inch, about the same as the tires on a double-decker bus, and nearly three times what you'd find in a standard car tire. The punt at the base is not decorative. The thick walls are not aesthetic. Every feature of the bottle exists because of what happens inside it.

Adolphe Jacquesson addressed the last major engineering problem in 1844, when he patented a tinplate disc — a small metal cap placed over the cork before the securing wire was applied — that prevented the wire from cutting into the soft cork under pressure, which had been causing slow leaks and lost carbonation. His plaque was the critical precursor; the full wire cage emerged around 1880, and by 1884 a technician named René Lebegue had refined the design into the form we use today, with the pre-twisted loop that allows the cage to be opened by hand — standardized, across every producer in the world, to exactly six half-turns.

The pop of the cork, the spray of foam, the cascade of bubbles in the glass: every element of what the world now recognizes as the champagne experience is the end product of a two-century engineering project. The problem they were solving, at every stage, was the same one that had been destroying French cellars since the seventeenth century. Secondary fermentation was an accident. Then it was a disaster. Then it was a problem to be solved with glass and riddling tables and sugar meters and wire cages. And then it was something else entirely.

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So here's the argument.

Champagne is not the product of discovery. Dom Pérignon didn't taste the stars. He was trying to prevent the cellar from exploding. The bubbles were a defect, a financial catastrophe, a problem that required his workers to wear iron masks to walk through his vaults in spring. Every technical innovation in champagne's history — Chaptal's chemistry, François's sugar meter, Veuve Clicquot's riddling table, Walfard's ice disgorgement, Digby's coal-fired glass, Jacquesson's metal plaque — was an attempt to control a reaction that kept escaping control.

At some point, the industry stopped fighting the reaction and started staging it.

That's the transformation the alchemy lens is pointing at. Not accident into discovery, because champagne wasn't discovered. It was managed into existence, inch by inch, over two centuries of engineering. The transformation is accident into disaster, disaster into problem, problem into craft, craft into ceremony. At each stage, something real was being done. Chaptal's math was real. Veuve Clicquot's riddling table was real. The pressure in the bottle is real. Right now, in every champagne bottle sitting in every cellar in the Champagne region, there are five to six atmospheres of carbon dioxide dissolved in the wine, waiting for the cork to be pulled.

What isn't real is Dom Pérignon tasting stars.

What also isn't real, in any historical sense, is the idea that the pop of a champagne cork is a tradition that arrived fully formed from the seventeenth century. The pop is what happens when you release 70 to 90 pounds per square inch from a bottle engineered to hold it. It's the sound of the engineering. The ceremony was built on top of that, later, by people who understood exactly what they were doing.

That's the part to really think about. The accident was real. The problem was real. The engineering that solved the problem was real and took more than a century. And then, on top of all that real, solid, documented industrial history, someone added a quote and put a monk's name on the bottle. And that's the part the world remembered.

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The association between champagne and royal celebration didn't happen by accident either. Long before anyone in the Champagne region was intentionally making sparkling wine, the town of Reims had been the coronation site for French kings for nearly a thousand years. Starting with Hugh Capet in 987, thirty-three successive monarchs were crowned in Reims Cathedral, and the region's wines were a fixture at the coronation banquets. When the Champenois eventually committed to making sparkling wine deliberately, in the early eighteenth century, they were building on a millennium of proximity to royal power.

Claude Moët, who founded his house in 1743, cultivated Madame de Pompadour directly — the chief mistress and principal tastemaker of Louis XV's court, whose reported endorsement of champagne as the only wine that leaves a woman beautiful after drinking it became the brand's most useful piece of marketing, regardless of whether she actually said it. Louis XV himself issued a royal edict in 1728 legally permitting wine from the Champagne region to be shipped in glass bottles rather than wooden barrels, which was the legal infrastructure the industry needed to preserve carbonation during transport. Before that edict, the bubbles couldn't survive the journey. The king's decree didn't create champagne, but it created the conditions for champagne to become an export business.

Through the nineteenth century, as the industrial revolution created a new wealthy middle class, the champagne houses faced a particular problem: they needed to expand their customer base without lowering their prices, because lower prices would destroy the luxury aura that justified the margins. Their solution was to sell the middle class not the wine but the idea of the wine — temporary access to a way of living that the middle class couldn't afford to inhabit permanently. The Belle Époque advertising campaigns commissioned from artists like Alphonse Mucha never showed vineyards or cellars or the complicated industrial machinery that actually produced champagne. They showed silk gowns, opera houses, racing yachts, and grand hotel terraces. The message was precise: buy a bottle, live like royalty for an evening. By the turn of the twentieth century, the majority of champagne drinkers were middle class, consuming a product whose entire identity was built on aristocratic association.

The legal architecture came in 1936. The Champagne appellation d'origine contrôlée locked the growing area at approximately 34,000 hectares. Not an acre more can be added, regardless of global demand. The industry body that governs the region — the CIVC — sets an annual harvest cap, and in lean years lowers it deliberately to prevent oversupply from crashing the price floor. Supply is constrained by law, not by nature. Scarcity is manufactured, not grown.

Also in 1936: a bottle of wine made from the 1921 harvest, carrying the name Dom Pérignon on the label, sailed from France to New York on the SS Normandie. The trademark had been registered by a rival house, never used, and gifted as part of a family marriage settlement nine years earlier. A marketing director saw the opportunity. The monk who had tried to stop the bubbles became the face of the world's first prestige cuvée.

A man who spent his life perfecting still wine is now on a $300 bottle sold by a luxury conglomerate that didn't exist until 1987. The quote he never said is still on the menus. The mythology Groussard invented in 1821 is still the story people tell. And in the vaults beneath the Champagne region, right now, secondary fermentation is doing exactly what it was doing in 1668 when Pérignon's workers were pulling on their iron masks — building pressure inside bottles, looking for a way out.

The difference is that now, it's the product.

The unintended reaction became the product.

It also became the brand.

Pay attention to what's in the glass.

DISTILLATE is a production of The Alchemist's Bar — part of the Obscura Meridian family of projects. New episodes every Tuesday at 6:00 AM Central.