Renowned astrophysicist and science communicator Neil deGrasse Tyson frequently offers his perspectives on the nature of scientific discovery. According to one of his well-known theories, even though pure research may not seem to have any immediate applications or practical uses, it eventually finds a place in the world in surprising ways.

Imagine one day sowing seeds in your garden with no idea what they will become. You plant a range of seeds, some big, some small, and you patiently and carefully tend to them. These seeds may eventually grow into plants that are completely different from one another, such as sunflowers, tomatoes, or even unexpected wildflowers.

This gardening analogy is comparable to Tyson's concept. Scientists are like gardeners sowing those unknown seeds when they carry out research just for fun and without any specific use in mind. Similar to how plants eventually sprout and develop into something beautiful or useful, scientific advancements frequently result in real-world uses that their inventors had not anticipated.

Tyson's point of view emphasizes the value of funding fundamental science as opposed to concentrating only on applied research that yields quick results. By encouraging a broad range of scientific investigations, we foster an atmosphere in which ground-breaking discoveries can emerge and thrive, even if they don't immediately seem to have applications.

This viewpoint not only emphasizes the importance of curiosity-driven inquiry but also shows how various fields of knowledge are interrelated in our society. It serves as a reminder that sometimes the most important discoveries originate in unexpected places, which is why it is so important to encourage a wide range of scientific research in order to spur future developments and unanticipated advantages.