<!-- bryant-content-generator:start --> # Complex intelligence repeatedly converts... > Complex intelligence repeatedly converts **imperfection into search capacity**, which may be one of the deepest recurring strategies in biological evolution. Mutation can be described mechanistically as variation introduced during inheritance, yet evolutionary adaptation would have no search space without heritable variation; adaptive immune systems deliberately generate enormous molecular diversity before selecting useful responses; developing nervous systems often produce exuberant connectivity before experience helps refine it; and learning itself depends upon discrepancies between expectation and outcome. {{A system that cannot be wrong cannot discover that the world has changed.}} Human civilization nevertheless tends to equate control with competence and deviation with failure, even though perfectly reproducing inherited instructions would also perfectly reproduce inherited mistakes. {{The intelligence of a system may be measured partly by what it can do with its errors.}} A sufficiently adaptive organism does not merely withstand deviation but subjects deviation to selection, retaining unusual responses that prove useful while discarding those that do not. {{Evolution did not eliminate error; evolution discovered how to make error search.}} Human independent will may belong to this same family of phenomena, representing not an exemption from mechanism but a mechanism sophisticated enough to interrupt, inspect, and occasionally revise the behavioral regularities that created it. **Source:** [[working/LEARNING TO WRITE AS BRYANT|LEARNING TO WRITE AS BRYANT]] ## Share on Social Media ``` “Complex intelligence repeatedly converts imperfection into search capacity, which may be one of the deepest recurring strategies in biological evolution. Mutation can be described mechanistically as variation introduced during inheritance, yet evolutionary adaptation would have no search space without heritable variation; adaptive immune systems deliberately generate enormous molecular diversity before selecting useful responses; developing nervous systems often produce exuberant connectivity before experience helps refine it; and learning itself depends upon discrepancies between expectation and outcome. A system that cannot be wrong cannot discover that the world has changed. Human civilization nevertheless tends to equate control with competence and deviation with failure, even though perfectly reproducing inherited instructions would also perfectly reproduce inherited mistakes. The intelligence of a system may be measured partly by what it can do with its errors. A sufficiently adaptive organism does not merely withstand deviation but subjects deviation to selection, retaining unusual responses that prove useful while discarding those that do not. Evolution did not eliminate error; evolution discovered how to make error search. Human independent will may belong to this same family of phenomena, representing not an exemption from mechanism but a mechanism sophisticated enough to interrupt, inspect, and occasionally revise the behavioral regularities that created it.” — Bryant McGill https://bryantmcgill.com/passages/passages-complex-intelligence-repeatedly-behavioral-regularities-created ``` <!-- bryant-content-generator:end -->