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by joeyrideout
1668 days ago
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In scenario #1, there is no financial incentive (read: livable wages for researchers, manufacturers, etc.) to create medicine because your profit is $0, and we have 1000 deaths because nobody makes the medicine. In theory if the amortized cost of a dose (including R&D salaries, equipment, drug trials, and manufacturing) is truly $1 per dose for such a tiny addressable market, competitors will pop up all over the place and undercut you on price. From a game theory perspective, a firm choosing option #3 would lose ALL of their market share to another firm choosing option #2, and would have profit of -$1000 because they are unable to sell any of their doses. |
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FALSE, In scenario 1 there would be a profit but not the maximum possible profit. This means some dudes will have to use fancy cars and not giant yachts.
>In theory if the amortized cost of a dose (including R&D salaries, equipment, drug trials, and manufacturing) is truly $1 per dose for such a tiny addressable market, competitors will pop up all over the place and undercut you on price.
FALSE, competitors will not be allowed to make this for 10 or 20 years.
>From a game theory perspective, a firm choosing option #3 would lose ALL of their market share to another firm choosing option #2, and would have profit of -$1000 because they are unable to sell any of their doses.
FALSE, if there are 2 companies that sell same products there is an equilibrium where you split the market in half and have both more profits then one dominating the market but with small prices. This is the prisoner dilemma, if you cooperate you get better results for both.