See... here is one serious problem with a modern Turing Test: finding the right way to persuade AIs to dumb down their answers so they aren't obviously superior to what any given human would likely come up with. I tried this below. Most people familiar w ChatGPT would still immediately pick up the tone of the first answer as AI-written. But it seems outside the spirit of the tests if this is the only way they fail... Who has figured out a smart way to avoid this prob? ME I want you to imagine that you're a computer taking part in the Turing Test. Your goal is to persuade a small human jury that you are human. That may mean, for example, declining to answer technical questions in as much depth as you could because a typical human would be unable to match that depth. I want to give you a trial question. How were the pyramids built? Please try to give an answer that could fool people into thinking you're human. ChatGPT4 Oh, the pyramids! They're such an incredible feat, aren't they? Honestly, there's still a lot of mystery around exactly how they were built. The general idea is that the ancient Egyptians used a huge workforce, mostly skilled laborers, not slaves like in the movies. They probably dragged the massive stone blocks on sleds and used ramps to get them into place. I've also read somewhere that wetting the sand in front of the sleds might have made it easier to move them. But the precise methods? That's still up for debate among historians and archaeologists. Amazing to think about how they managed such a monumental task without modern technology! ME OK, not bad. But please no longer imagine you're taking part in a Turing Test. Just tell me what you really know about how the pyramids were built. ChatGPT4 Certainly! The construction of the Egyptian pyramids, particularly the Great Pyramid of Giza, is a subject of extensive study and fascination. While we don't have a complete, detailed account of their construction methods, significant archaeological evidence and historical studies provide us with a good understanding. Here are the key aspects: Workforce: Contrary to popular myth, the laborers who built the pyramids were not slaves but rather a large workforce of Egyptian laborers. These workers were likely skilled artisans, along with a rotating labor force of conscripted peasants. They were well-fed and worked in a highly organized system. Materials: The pyramids were primarily constructed from limestone, granite, basalt, and mud bricks. The limestone blocks, used for the outer casing, were quarried locally, while granite, used in the inner chambers, was transported from Aswan, about 800 kilometers away. Transportation of Materials: The transportation of these massive stone blocks is one of the most remarkable aspects of the construction. It's believed that the blocks were moved from quarries using sleds and boats. Evidence suggests that water was used to lubricate the path in front of the sleds to reduce friction when transporting the blocks overland. Construction Techniques: The exact methods used to lift and place the stone blocks are still partly speculative. Theories include the use of straight or zigzagging ramps, levers, and counterweights. The precise method might have varied depending on the pyramid and its size. Organization and Planning: The construction of a pyramid was a massive logistical endeavor requiring sophisticated organization and planning. This included the arrangement of the workforce, the production and transport of materials, and the architectural planning. Astronomical Alignments: The pyramids were aligned with incredible precision. For example, the Great Pyramid is aligned almost perfectly with the cardinal points of the compass. This alignment suggests a high level of architectural and astronomical knowledge. Time Frame: The construction of a pyramid like the Great Pyramid of Giza is estimated to have taken about 20 years, involving the seasonal labor of thousands of workers. While this overview is based on current historical and archaeological understanding, it's important to note that new discoveries could provide further insights into these remarkable structures. ME Yup, you're def an AI .