Could Advanced Aliens Be Steering Stars Across the Galaxy? New Theory Explores the Possibility
Summary:
A new theory suggests that advanced alien civilizations could propel their binary star systems across the galaxy to avoid supernovae, explore resources, or for exploration. By manipulating their stars to eject material in one direction, they could create thrust to move their entire star system. This concept is supported by the characteristics of certain pulsar systems, though the idea remains speculative. The discovery opens up the possibility of further investigating these phenomena in the search for alien engineering.
A recent paper proposes that advanced alien civilizations may steer their binary star systems to travel across the galaxy, potentially explaining the phenomenon of hypervelocity stars. Long-lived civilizations might seek to move for various reasons, such as avoiding supernovae, exploring new resources, or simply for adventure. Instead of leaving their star system behind, these aliens could accelerate their star to propel the entire system to a new location, using methods like radiating or evaporating matter in one direction.
Clement Vidal, a philosopher at Vrije University Brussels, suggests that binary star systems may be ideal for this, as they offer greater flexibility for steering and thrust. In his model, an alien civilization could eject material from a neutron star to create thrust, moving the entire system in the opposite direction. By activating machinery placed near the neutron star at specific points in its orbit, they could control the trajectory of their system.
Vidal also points out that known pulsar systems like PSR J0610-2100 and PSR J2043+1711 exhibit characteristics that align with this model, though they are unlikely to be the result of alien intervention. These findings open up the possibility of exploring other systems with similar behaviors in the future.
Stay Updated!
Join our WhatsApp Channel for the latest updates, exclusive content, and more! Click the link below to join now:
👉 Join Our WhatsApp Channel