Step 2: Introduce the horse-collar, the plow, ‘terra preta’ (tilling of charcoal), fertilizer (easiest in this case: baked pig manure), insecticide, pennicillin, and wind-mill-powered pumped irrigation. These things together will result in massive harvests at low costs. They will also ensure that my peasants’ children don’t die, and are well-fed. My wealth will after one or two years of this expand massively. The absence of disease will also enable me to convince the local population that I am favored of the gods.
Usable penicillin is very difficult to acquire. The penicillin mold simply doesn’t produce very much, and the chemical produced is unstable. It took a ten-year project to get a stabilized version that could be injected, and the first penicillin pill wasn’t made until 1952.
Also, windmills and waterwheels already existed. And where are you going to get an insecticide from, anyway?
It took a ten-year project to get a stabilized version that could be injected,
The technical knowledge of which I would be in possession of. And therefore know how to shortcut to the end product. Three or four rounds of experimental trials, each taking a couple of weeks, followed by intentional use of radical selection pressure to generate a strain that has the desired properties. Given the generational periodicity of 1 week per round, six months at most would be sufficient to produce a working product. (Also; deep tank fermentation was a large part of why pennicillin would be available in bulk to me. A larger problem would be the probenecid production, but that’s a different story.)
Also—the fact that pennicillin wasn’t available in our history until 1952 in pill form wouldn’t be much of an impediment nor even really an interesting question.
Also, windmills and waterwheels already existed.
Windmills, yes. In the hands of Persians, not in Romans. And they weren’t moving quantities of water—classical mechanics as we know it today was not ‘invented’ until over a thousand years later.
And where are you going to get an insecticide from, anyway?
Usable penicillin is very difficult to acquire. The penicillin mold simply doesn’t produce very much, and the chemical produced is unstable. It took a ten-year project to get a stabilized version that could be injected, and the first penicillin pill wasn’t made until 1952.
Also, windmills and waterwheels already existed. And where are you going to get an insecticide from, anyway?
The technical knowledge of which I would be in possession of. And therefore know how to shortcut to the end product. Three or four rounds of experimental trials, each taking a couple of weeks, followed by intentional use of radical selection pressure to generate a strain that has the desired properties. Given the generational periodicity of 1 week per round, six months at most would be sufficient to produce a working product. (Also; deep tank fermentation was a large part of why pennicillin would be available in bulk to me. A larger problem would be the probenecid production, but that’s a different story.)
Also—the fact that pennicillin wasn’t available in our history until 1952 in pill form wouldn’t be much of an impediment nor even really an interesting question.
Windmills, yes. In the hands of Persians, not in Romans. And they weren’t moving quantities of water—classical mechanics as we know it today was not ‘invented’ until over a thousand years later.
There are many, many plants which produce insecticidal/nematocidal/fungicidal chemicals as a part of their normal lifecycles. Harvesting and processing them for these purposes is not exactly a technically complicated process. It just requires knowledge of them.