The sinking ship effect is a visual phenomenon that occurs when a distant object gradually disappears from view as it moves away from an observer due to the curvature of the Earth. This effect is a result of the Earth's spherical shape, and it is observed in various situations where the line of sight is obstructed by the curvature.
However, the sinking ship effect does not contradict the use of high-powered telescopes to bring distant objects back into view. Telescopes can extend our ability to see objects that would otherwise be beyond the reach of our unaided eyes. They can magnify and enhance the visibility of objects, allowing us to overcome certain limitations imposed by our natural vision.
When using a telescope to observe distant objects, it is important to understand that the curvature of the Earth still exists. The telescope does not eliminate the curvature but rather enhances our ability to see beyond it. The magnification and resolution provided by a telescope allow us to bring distant objects closer and make them appear larger, thus enabling us to see farther than we could with the naked eye.
It's worth noting that even with the aid of telescopes, there are limits to how far we can see due to various factors, including atmospheric conditions, the size and brightness of the observed object, and the limitations of the telescope itself. Nonetheless, telescopes can extend our observational capabilities and provide valuable insights into the distant universe.
In summary, while telescopes can bring distant objects into view, they do not eliminate the curvature of the Earth. The sinking ship effect and the use of telescopes are not contradictory but rather represent different aspects of observation and magnification.