Editing 2539: Flinch
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[[Hairy]] is a biologist, and implies that he has no intention of avoiding the flinch reflex, as he trusts the {{w|Reflex|automatic reflexes}} that the human body has evolved more than he trusts the premise of the experiment. In both [[755: Interdisciplinary]] and [[1670: Laws of Physics]], the same experiment is referenced. In the title text of the latter [[Randall]] makes a very similar argument as the biologist does here. | [[Hairy]] is a biologist, and implies that he has no intention of avoiding the flinch reflex, as he trusts the {{w|Reflex|automatic reflexes}} that the human body has evolved more than he trusts the premise of the experiment. In both [[755: Interdisciplinary]] and [[1670: Laws of Physics]], the same experiment is referenced. In the title text of the latter [[Randall]] makes a very similar argument as the biologist does here. | ||
β | [[Ponytail]], an engineer, replies that | + | [[Ponytail]], an engineer, replies that the doesn't trust Cueball to have hung the pendulum correctly. Engineers are trained in science, but work with practical applications, and tend to be very aware that practice is rarely as simple as scientific theories might imply. Even if the physical laws are constant, the experiment might not go according to plan. For example, if the cable were to snap or come loose while swinging toward the subject, the ball could strike them in the body, or land on their feet. If the cable is more elastic than anticipated, it could stretch unpredictably, once again striking someone. If the anchor point is not stable, it could shift during the experiment, once again causing harm. Also if the ball is not released but pushed, or if the one releasing it leans forward after release they might get hit in the face. |
The punch line basically makes the point that failure to trust the safety of an experiment doesn't necessarily imply a lack of scientific knowledge. If you lack confidence in the design of an experiment, then it's not safe to assume that the laws of physics will protect you. | The punch line basically makes the point that failure to trust the safety of an experiment doesn't necessarily imply a lack of scientific knowledge. If you lack confidence in the design of an experiment, then it's not safe to assume that the laws of physics will protect you. |