On the other tech-question thread on this page, Stormhound said that we can have up to 30 areas of research open at one time.
First question: if I double the number of resources being put into one particular field of research, will this approximately halve the amount of time between breakthroughs? An alternative is that it might do more than halve the amount of time between breakthroughs (quarter it, for example), based on the reasoning that increasing the number of perspectives (scientists) on a problem will help with brainstorming and catching errors. Another alternative is that it might do less than halve the amount of time between breakthroughs (possibly it wouldn't decrease the time at all, or even increase the time), based on the reasoning that too many scientists will only step on one another's toes (or hooves or tentacles or whatever).
I realize that the amount of time it takes to research is tech is fairly random; my question refers to the average benefit of adding researchers.
Second question: will one research team be able to exert a research benefit on a team working on related research? For example, if one team is working on "Bio-Engineering" and another team is working on "Bio-Informatics," then one team might inadvertently make headway in the wrong field of research ("Well, this program you've written doesn't seem to do us much good, but I'll bet those Bio-Informatics folks could find a use for it"), or the teams could share resources ("The Bio-Informatics team will be done with the specimen next week, then the Bio-Engineering team can have their turn at it").
First question: if I double the number of resources being put into one particular field of research, will this approximately halve the amount of time between breakthroughs? An alternative is that it might do more than halve the amount of time between breakthroughs (quarter it, for example), based on the reasoning that increasing the number of perspectives (scientists) on a problem will help with brainstorming and catching errors. Another alternative is that it might do less than halve the amount of time between breakthroughs (possibly it wouldn't decrease the time at all, or even increase the time), based on the reasoning that too many scientists will only step on one another's toes (or hooves or tentacles or whatever).
I realize that the amount of time it takes to research is tech is fairly random; my question refers to the average benefit of adding researchers.
Second question: will one research team be able to exert a research benefit on a team working on related research? For example, if one team is working on "Bio-Engineering" and another team is working on "Bio-Informatics," then one team might inadvertently make headway in the wrong field of research ("Well, this program you've written doesn't seem to do us much good, but I'll bet those Bio-Informatics folks could find a use for it"), or the teams could share resources ("The Bio-Informatics team will be done with the specimen next week, then the Bio-Engineering team can have their turn at it").
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