Not these guys again?!
https://twitter.com/LajXtra/status/1323034592194998281
Are these the outfit whose big-deal Covid model was "Oh, it goes up, then it comes down, so let's just say it is a Normal Distribution!"
If so, I am not surprised at anything they do!
It would be like asking why a puppy is chasing its tail.
Just watch, and enjoy the fun!
If so, I am not surprised at anything they do!
It would be like asking why a puppy is chasing its tail.
Just watch, and enjoy the fun!
As for how effective masks are, I guess they just make up some sort of reduction factor, and model what that does to the spread.
Not terribly exciting. That factor is very uncertain, and it doesn't take a genius to realise that a really small reduction will not contribute much.
Not terribly exciting. That factor is very uncertain, and it doesn't take a genius to realise that a really small reduction will not contribute much.
Not sure on either aspect of this 8-)
https://twitter.com/johnRPiccolo1/status/1323040898943340544?s=20
First, if the reduction really was as huge as 1/4, I would be banging the drum much harder, for masks.
My guess is that it is closer to 1/10 or 1/20.
My guess is that it is closer to 1/10 or 1/20.
Second, DEFINITELY it won't be the same for inbound as outbound.
Inbound will be far weaker.
Inbound will be far weaker.
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