Researchers Link Mars Wobble to Dark Matter

Recent research has proposed novel methods to investigate dark matter, suggesting potential signs in both gravitational waves and Mars' orbit. A team analyzing data from the LIGO observatory posits that dark matter may behave like waves, causing detectable oscillations in normal matter, as physicists explore ultralight bosons as a form of dark matter. Meanwhile, another study suggests that tiny primordial black holes, formed shortly after the Big Bang, could be causing observed wobbles in Mars' orbit, indicating the presence of dark matter. These primordial black holes may be scattered throughout the universe, influencing planetary movements with their significant mass. If confirmed, the findings could reshape our understanding of dark matter and its composition, reinforcing theories first introduced in the 1970s. Both studies emphasize the intricate connections between dark matter research and planetary science, highlighting Mars as a key area of exploration.