You can’t do it with occam alone. You need a source of data, and that data needs to have some discoverable consistencies. You can’t perform induction on entropy .
Occam applied to the only data we have, which is our direct observations, says that the scientific method has been useful in the past and should be presumed to continue to be useful. EY laid out the argument in the post I linked to.
“The universe exists and is inherently simple, therefore induction tends to work” and “Observations are well predicted by inductive formulas, therefore induction tends to work” are of the same form. The first is incoherent and the second is meaningful, but the conclusions are the same.
What is the exact argument and conclusion for which you’re saying my view cannot reach?
“The universe exists and is inherently simple, therefore induction tends to work” and “Observations are well predicted by inductive formulas, therefore induction tends to work” are of the same form.
But not if the same content. The second doesn’t tell you how induction works.
So how does science work?
You can’t do it with occam alone. You need a source of data, and that data needs to have some discoverable consistencies. You can’t perform induction on entropy .
Occam applied to the only data we have, which is our direct observations, says that the scientific method has been useful in the past and should be presumed to continue to be useful. EY laid out the argument in the post I linked to.
It doesn’t tell you how it works.
Neither does realism.
“The universe exists and is inherently simple, therefore induction tends to work” and “Observations are well predicted by inductive formulas, therefore induction tends to work” are of the same form. The first is incoherent and the second is meaningful, but the conclusions are the same.
What is the exact argument and conclusion for which you’re saying my view cannot reach?
But not if the same content. The second doesn’t tell you how induction works.
Neither does the first.