Better Than Wine. Homemade, Natural, Basically Free Why Was This Forgotten-

For a thousand years, a drink made from honey and water served a role that modern wine could never fill. People drank it not for its taste or for celebrations. It was available to every family. And today, this drink has been almost entirely forgotten. It requires only two ingredients, water and honey. You will spend about two dollars on them, and within a week, you will have a liter of mead. Meanwhile, the equivalent drink at a bar costs many times more. After this video, you will know the secret. There is a common assumption that wine is the ancient one, but the oldest chemical traces of an alcoholic beverage were found at the Chinese village of Jiahu, and they date to 7,000 B.C. The mixture, honey, rice and fruit, that is mead, or its direct ancestor. Three thousand years older than the first Greek vineyards, in 1999, biochemist Patrick McGovern of the University of Pennsylvania analyzed pottery shards from Jiahu and found tartaric acid, beeswax and traces of rice starch. This was no isolated coincidence. Raw honey contains more than 600 identified volatile organic compounds, terpenes, aldehydes, ketones, esters. Their composition depends on the botanical origin of the nectar more precisely than a vineyard's geography determines a wine's terroir. Buckwheat honey and acacia honey are two entirely different chemical profiles that will produce two fundamentally different drinks from the same jar and the same water. Similar traces of honey-based drinks have been found in Egyptian tombs from the New Kingdom period, in Scandinavian Bronze Age burials and in Celtic ritual vessels, but the most interesting part is not that. Mead disappeared because it cannot be reproduced industrially without losing its essence, and today you will learn how to make it the same way it was made before factories existed. The most expensive drink in a bar and the cheapest one in your kitchen are the same thing. Let us start with water, not boil, and that matters. Boiling kills dissolved oxygen, and in the early stages of fermentation, the yeast, Saccharomyces cerevisiae, along with wild strains from the surface of the honey, need an aerobic environment to multiply. Without oxygen in those first 24 to 48 hours, the colony undergoes a slow death. Filtered water at room temperature is the optimum. Next, honey, and here there is a difference that decides everything. Pasteurized store-bought honey was heated to 70 to 80 degrees Celsius to prevent crystallization and extend shelf life. That process destroys most of the wild yeasts and the majority of enzymes. The mixture may not start fermenting at all without an additional source of wild yeast, and if it does start, it will be slow and produce less aromatic complexity. Raw, unfiltered honey from a beekeeper is a different story entirely. It contains live yeast on the surface of the crystals, active enzymes, and the full spectrum of volatile compounds that make each variety of honey chemically unique. The difference in final taste is perceptible even without a trained palate. The ratio is as follows. 200 to 300 grams of honey per liter of water yields 3 to 6 percent alcohol after full fermentation. 400 to 500 grams yields 8 to 12 percent. Honey contains roughly 80 percent sugars, of which up to 90 percent will ferment, depending on the yeast strain and temperature. Every 17 grams of sugar per liter adds approximately one percentage point of alcohol. The math is simple. The result is predictable. The vessel, glass only. Plastic absorbs aromas and releases microparticles into an acidic environment. Metal reacts with the acids of fermentation. A glass jar or wide-mouthed bottle and nothing else. Instead of a lid, cheesecloth or a dense fabric. The mixture must breathe and release CO2. A sealed jar under pressure will explode. And here is something that never appears on labels. Wine, after industrial filtration and pasteurization, loses most of its living components. Mead made without heat preserves what the honey accumulated over years. First, glucose oxidase. This is an enzyme that bees add to nectar during processing. It continuously produces microdoses of hydrogen peroxide, which suppresses pathogenic bacteria. That is why honey found in Egyptian tombs, some discoveries dated to 3000 BC, had not spoiled after more than 5,000 years. When heated above 50 degrees Celsius, glucose oxidase denatures within 20 minutes. In raw mead, it remains active. Second, flavonoids and phenolic acids. In dark buckwheat honey, their concentration by certain measures exceeds that found in red wine. This is documented in the Journal of Agricultural and Food Chemistry across several independent studies as a chemical fact. Third, prebiotic oligosaccharides. These are not fermented by the yeast and remain in the finished drink. In the gut, they serve as substrate for bifidobacteria, the same way fiber in vegetables does. A bottle of comparable natural wine in an American store costs between $15 and $25. Everything beneficial in it was destroyed at the factory. In your jar with $2 worth of honey, it remains. Now, what to do with it? The first step is simpler than it sounds. Dissolve the honey in water at room temperature. Stir until fully dissolved. Do not heat. If the honey has crystallized, place the jar of honey in warm water for 15 minutes, no higher than 40 degrees Celsius. Above 45 degrees, wild yeasts die and enzymes denature. You will end up with sweet water instead of a living mixture. Pour into the jar. Leave 20 to 25 percent empty space at the top. During active fermentation, the foam takes up volume. Cover with cheesecloth. Place in a warm spot, 20 to 26 degrees Celsius. At 18 degrees, fermentation slows by half. Above 28 degrees, the yeast enters stress metabolism and produces greater quantities of higher alcohols, propanol, isobutanol, isoamyl alcohol. These are exactly what give that harsh smell and the heavy hangover the next morning. Also relevant is acetaldehyde, an intermediate product of ethanol breakdown that in excess produces the smell of green apple and irritates mucous membranes. This is precisely where everything goes wrong. If you skip the next step, every day for the first five days, stir or swirl the jar. This is not done for uniformity. Stirring oxygenates the mixture and redistributes the wild yeasts, which concentrate at the surface. Without this, the upper layer ferments while the lower layer sits idle. If you want to accelerate the start, add a handful of raisins. Wild strains of Saccharomyces and Hansenia spora ovarum live on the surface of raisins. They are already in an active form and will start fermentation within 12 to 24 hours instead of 48 to 72. But sometimes nothing happens at all. Three days pass, no bubbles. The first reason is temperature. Below 18 degrees Celsius, wild yeasts go dormant. Move the jar closer to a heat source and wait another day. The second reason is that the honey was pasteurized. If so, add a piece of fresh apple with the skin on. Wild Saccharomyces strains live on the surface of apple skin, the same ones responsible for cider fermentation. They will start the process within 24 to 48 hours. The last resort, a quarter teaspoon of ordinary bread yeast. Fermentation will proceed quickly and reliably, but the flavor will be simpler and more yeasty. It is a different drink. Acceptable, but not the same one. After seven days, open the jar and look. If fermentation is proceeding correctly, you will see tiny CO2 bubbles rising from the bottom. You will smell a light yeasty scent with fruity notes. The mixture will be slightly cloudy. That is suspended yeast, and it is normal. If the smell is of vinegar rather than fruit, sharp and acidic, then the fermentation has been taken over by Acetobacter bacteria. They convert alcohol into acetic acid. This happens when the temperature was unstable or the jar was left in a draft. The product is not dangerous, but it is no longer mead. It is honey vinegar. Good for salads, not for the intended purpose. If the smell is sulfurous, like rotten eggs, that is hydrogen sulfide, H2S, a byproduct of stressed yeast. It usually disappears after vigorous stirring and aeration over the course of a day. If it does not disappear, it is better to start the fermentation over. Without a hydrometer, you can assess readiness more simply. Drop a raisin into the jar. If it rises to the surface because CO2 bubbles are clinging to it, fermentation is still active. If it sinks and stays at the bottom, the active phase is complete. But between day 7 and day 14, there is work that most people skip. On day 10, decanting. Carefully pour the mead off the sediment into a clean jar without disturbing the bottom. The sediment is dead yeast cells. If left in contact with the liquid for more than 10 days, they begin to autolyze and release bitter nitrogenous compounds into the drink. One extra day on the sediment and the flavor becomes heavier. Starting from day 8, taste a small amount every two days. At first, the flavor will be sharp and yeasty. Then fruity notes will appear. Then the honey base will begin to express itself more clearly. The right moment for filtering is when the yeasty sharpness has almost disappeared, but there is still a light, living fizz on the tongue. You do not have to wait for complete silence. A small amount of residual activity will provide natural carbonation in the bottle. With a hydrometer, measure the starting gravity before fermentation and the final gravity after. The difference in readings multiplied by the coefficient 131 gives the alcohol percentage. A starting gravity of 1.040 and a final gravity of 1.005 means 1.040 minus 1.005 times 131 equals 4.6% alcohol. You already know more than most people do. If the numbers line up, fermentation is complete, then different work begins. Filter through cheesecloth or a fine sieve. Transfer into a clean bottle. Seal tightly and place in the refrigerator or a cellar for 7 to 14 days. But the truth is harder than that because most people open the bottle earlier and never discover what it could have become. After resting, the mead becomes clearer. Fine particles settle. The flavor grows softer. Residual CO2 dissolves. The sharp, yeasty notes smooth out. Color depends on the honey. Buckwheat produces a dark amber, almost brown. Cacia, pale gold, nearly transparent. Polyfloral wildflower, a rich yellow with a greenish tint. The taste is dry with a honey base and a fruity finish. Not sweet, if the honey was used in the correct proportion. Closer to a dry apple cider than to a liqueur. The acidity is not from lactic fermentation, which is almost absent in classic mead. It comes from the carbon dioxide that remains partly dissolved in the liquid and from the organic acids naturally present in honey. Primarily malic and gluconic. Three days before the main fermentation ends, add a thumb-sized piece of fresh ginger and the zest of one fresh orange. The essential oils from fresh ingredients dissolve into the alcohol already formed and produce an aromatic profile that no synthetic flavoring can replicate. There are two additional variations that change the drink in a fundamental direction. The first is Melomel. Replace 30% of the water with apple juice that contains no preservatives. Malic acid softens the flavor and reduces the perception of alcohol on the palate. Pectin from fresh juice adds a slight body. The result is closer to a dry cider with a honey character than to classic mead. Fermentation runs more actively since apple juice already contains its own wild yeasts. The second is Methoglen. On the first day of fermentation, add 10 black peppercorns and 3 crushed cardamom pods. This is a medieval English recipe documented in 16th century sources at the court of Elizabeth I. The pepper and cardamom do not overpower the honey flavor. They create a depth that you feel at the finish, not at the beginning of the sip. After filtering, the spices are removed. Only their trace remains in the drink. The cost of one liter using store-bought honey at $5 to $6 per kilogram is approximately $1 to $1.5. A bottle of comparable complexity in natural wine, $15 to $40. A bottle of craft mead at an American specialty retailer, $18 to $35 for 500 milliliters. For 5,000 years, people set a jar of honey and water on the table. Egyptian priests, Scandinavian Jarls, Slavic beekeepers, because they understood the simplest process is the precise one. Mead disappeared because it does not fit into a bottle with a uniform barcode. Every batch is alive. Everyone is slightly different. But the truth is more precise than simply industrialization. Between 1880 and 1920, Europe experienced a sharp reduction in wildflower meadows as monoculture farming spread. Beekeeping declined. At the same time, sugar beet became a mass-produced crop. Honey became four to five times more expensive than sugar. Viticulture and brewing switched to sugar as the base for fermentation. Mead remained tied to a single ingredient that cannot be substituted without changing the product. The second reason is standardization. A factory can guarantee the same flavor in wine from batch to batch because it controls every variable. Mead resists this control. Every honey is different in its sugar content, wild yeasts, moisture level, and botanical origin. The market of the 19th and 20th centuries demanded reproducibility. Mead lost to the standard. But where the standard could not reach, it survived. Polish potorak. One part honey to half a part water. Aged in oak barrels for one to four years. Still costs as much as a single malt whiskey. Welsh mead is mentioned in the laws of Hywel the Good in the 10th century. 300 years before the English borrowed the word and reworked it into metheglen. The Ukrainian tradition of honey drinks is recorded in the Primary Chronicle as an everyday norm. This is a technology that outlasted everything. Except the sugar beet. And now the question is why you have not yet put a jar on the table.