Many people envision synthetic food as a bland grey slop from sci-fi movies. In reality, everything could turn out exactly the opposite.
Humanity has been growing food in the most inefficient way possible for thousands of years. We first grow plants, then feed them to animals, then wait months or years for them to grow, spending huge amounts of water, land, fuel, fertilizers, and energy just to end up with proteins, fats, and carbohydrates.
Although from the point of view of chemistry and biology, there is no magic in food. The body needs very specific substances: amino acids, fatty acids, vitamins, minerals, fiber, and energy. It doesn’t matter whether they came from a cow, a soy field, or a bioreactor.
Modern technologies already make it possible to grow proteins using yeast, fungi, and bacteria, produce dairy proteins without cows, cultivate meat from a few cells, and synthesize virtually any food components in laboratories. This is only the beginning.
The most interesting part is not even that such food can be more eco-friendly.
It can be **better**.
You can remove allergens, reduce saturated fats, increase the content of essential vitamins, select the ideal balance of amino acids, eliminate antibiotics, growth hormones, heavy metals, microplastics, and other pollutants that are gradually entering the food chain today.
The next step is personalized nutrition.
Imagine taking tests and then receiving food whose composition ideal fits your specific body. More protein for someone, omega-3 for someone else, less sugar for one person, extra vitamin D or magnesium for another. Not pills, but regular food, simply optimized for a specific individual.
The economy will change too.
When production stops depending on climate, droughts, animal epidemics, crop yields, and vast agricultural areas, the cost of many products will gradually decrease. A bioreactor can work year-round, regardless of season and weather.
As has already happened with computing power, solar panels, and DNA sequencing, scaling production over time makes technology significantly cheaper.
As a result, quality nutrition may cease to be a privilege of wealthy people.
And that means fewer diseases associated with improper diet, fewer vitamin and microelement deficiencies, fewer cardiovascular diseases, obesity, and diabetes. A huge part of modern medicine today fights not infections, but the consequences of what people eat for decades.
Of course, traditional food will not disappear anywhere. Homegrown vegetables from the garden, good cheese, farm meat, or sourdough bread will always have their connoisseurs.
But if synthetic food can be cheaper, safer, more stable in quality, and healthier, resisting it will be just as pointlessly futile as once resisting refrigerators, electricity, or the Internet.
It seems to me that in a few decades the question will no longer be “are you ready to eat synthetic food?”, but “why did people previously consider such an inefficient method of food production normal?”.
