The 1967 discovery of pulsars by Jocelyn Bell Burnell is one of the most famous examples of serendipity in astronomy, but it also highlights the systemic biases of the scientific community. Bell Burnell, a graduate student at Cambridge, was analyzing kilometers of paper charts from a new radio telescope when she noticed a 'bit of scruff' that didn't look like typical radio interference. It was a series of pulses occurring at incredibly regular intervals—exactly 1.33 seconds. Her supervisor, Antony Hewish, initially dismissed the signal as man-made interference. When further pulses were discovered, the team jokingly named the signal LGM-1, for 'Little Green Men,' but Bell Burnell soon found pulses from other parts of the sky, proving they were a natural phenomenon. The discovery proved the existence of neutron stars—incredibly dense remnants of supernova explosions—which had previously been only theoretical. However, when the Nobel Prize was awarded for the discovery in 1974, it went to Hewish and a colleague, completely excluding Bell Burnell. This controversy forced a public conversation about the marginalization of female scientists and the role of graduate students in major discoveries. It shows that even the most objective fields, like physics, are subject to hierarchies that determine whose work is valued and whose is erased.