The idea that microchips improve exponentially over time, also known as Moore's law, can be applied to other technological advancements, including gravitational-wave antennas for black hole detection.
Black holes are formed from the gravitational collapse of massive stars, creating regions of space where even light cannot escape, making their observation a unique challenge.
Gravitational waves, produced by the movement of black holes, allow scientists to study these elusive objects, offering insights into their formation and existence in our galaxy.
The technology for detecting gravitational waves, much like microchips, is advancing exponentially, revealing more about the universe and the phenomena of black hole mergers.
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