Produced by: Manoj Kumar
Hidden beyond Neptune, Planet X, theorized to be seven times Earth’s mass, challenges astronomers to uncover its existence.
Anomalous orbits of Kuiper Belt objects, studied since 2016 by Caltech’s Michael Brown, point to the gravitational pull of an unseen planetary body.
Planet X reflects faint sunlight, making it extremely difficult to detect, even with the most advanced telescopes.
The Vera C. Rubin Observatory in Chile, with its unprecedented imaging capabilities, is primed to change the game in identifying faint celestial bodies.
Dr. Ed Bloomer of the Royal Museums Greenwich explains that finding Planet X is akin to locating a faint pixel in the vast expanse of space.
Michael Smith from the University of Kent highlights potential observational biases, urging skepticism and scientific rigor in interpreting findings.
Theoretical models strongly suggest that Planet X’s gravitational influence explains the clustering of six Kuiper Belt objects.
Locating Planet X involves monitoring vast regions of space for minuscule changes in brightness over time—a painstaking and precise endeavor.
Confirming Planet X would redefine our understanding of the solar system, addressing mysteries about its structure and evolution.
A discovery would captivate the world, joining ranks with Mars missions and James Webb revelations in igniting humanity’s curiosity about the cosmos.