Suppose P is a program generating some binary description X of our universe. Suppose h is a program which extracts the cell values of the game of life on your computer from X in a format compatible with f. h is relatively low complexity since apparently the cell values are “naturally” encoded in the physical universe. Therefore the composition of h and P will have a significant contribution to the Solomonoff expectation value and the agent will take it into account (since it lives in our universe and therefore makes decisions logically correlated with X).
Hi Jacob!
Suppose P is a program generating some binary description X of our universe. Suppose h is a program which extracts the cell values of the game of life on your computer from X in a format compatible with f. h is relatively low complexity since apparently the cell values are “naturally” encoded in the physical universe. Therefore the composition of h and P will have a significant contribution to the Solomonoff expectation value and the agent will take it into account (since it lives in our universe and therefore makes decisions logically correlated with X).