Ethan
Money List Winner
I see it working in the context of a community rather than an individual activity or small group of individuals together.
In any community there are a vast number of scenarios and contexts in which individuals meet or mingle in some way. Now the risk of viral transmission between individuals in each separate context could be small - very small in some. But the risk in each context is there...
And so in a community of many thousands where without restriction there would be many hundreds of interactions at any one time, the risk of one or more transmissions happening in that community at any one time - even with care being taken we can ‘slip up’ - becomes much more significant than the risk of transmission in any single context or interaction. And of course 54 groups on a golf course at any one time is simply a sub-community of the community in which the club is located.
Its like I said. Roll a die once looking for a 6 and you probably won’t get one. Roll that die 100 times and you almost certainly will get a few 6s. But that‘s just my take on it.
That is a probabilistic model, you are essentially saying that even with a tiny risk, many repetitions of that risk can lead to a case. To a certain extent, that is true, although there is an opposing theory that the very small risks are actually zero, and that a certain threshold level of risk is needed to count. In probability, you need to show that the events are independent, that is that each one stands or falls alone and is not related to any other. If you do that, then each event with no effective risk should be judged in its own right, and your theory is somewhat akin to the idea that even if you have lost the lottery each week, if you keep playing your chances must improve.