Thorne speculates: “Might be craters. Might be cryovolcanoes. Or we might see right-angle structures. Perfectly straight lines. Symmetrical towers under a black sky. And if we do… then the twelve years of debate will end in a single second of horrified understanding.” As of 2026, three major space agencies have proposed missions to study Drakorkita Twelve more closely. The most promising is the Chinese National Space Administration’s “Shadow Chaser” —a lightweight probe designed to use a solar sail to intercept the rogue planet’s trajectory in 2041. However, funding remains uncertain, as critics argue that resources should be spent on exoplanets around stable stars, not nomadic ghosts.
In the vast, silent expanse of the cosmos, most celestial bodies play by the rules. Planets orbit stars in predictable ellipses. Main-sequence stars fuse hydrogen into helium in their cores. Black holes consume and evaporate within well-understood parameters. But every few decades, astronomers stumble upon an anomaly—an object that seemingly breaks the laws of physics as we know them. Enter Drakorkita Twelve .
The leading fringe hypothesis is that Drakorkita Twelve is not a planet at all, but a —a "black hole mimic." This would explain its density, its rogue nature, and the strange trajectory. A black hole fragment of sufficient mass could perform gravitational slingshot maneuvers around dark matter clumps invisible to our telescopes. drakorkita twelve
Skeptics argue that the signals are a natural maser effect caused by the interaction between Drakorkita Twelve’s magnetic field and a hypothetical ring of dark dust. But proponents point to the complexity of the signal’s modulation. “Natural masers don’t skip beats,” Thorne counters. “This is structured.” Drakorkita Twelve has also become a focal point for alternative dark matter research. The object’s trajectory through the galaxy is wrong. Using gravitational lensing data, the ESA’s Gaia mission plotted its path over the last 10 million years. The path shows three sudden, right-angle turns—a physical impossibility for an object with inertia.
These pulses, dubbed the , occur every 47 hours and are not random. Mathematicians at MIT’s Haystack Observatory have identified a pattern in the prime numbers: the pulses encode the first twelve prime numbers (2, 3, 5, 7, 11… up to 37) before repeating. Thorne speculates: “Might be craters
The video, which has garnered 23 million views, posits that the twelve tones are a countdown. A countdown to what? No one agrees. Some say the object will slingshot past the Oort Cloud in 2078. Others claim it’s already here—that our telescopes are seeing a ghost image, and the real Drakorkita Twelve is already inside the Kuiper Belt.
But speed is not what makes Drakorkita Twelve infamous. Its composition is. Spectrographic analysis of Drakorkita Twelve reveals a nightmare for planetary formation models. The body is roughly 80% the mass of Saturn but compressed into a volume only twice that of Neptune. Its atmosphere is a thin, toxic haze of carbon monoxide and ionized neon, heated not by a star, but by tidal flexing from an internal source that should not exist. Perfectly straight lines
Recent data from the James Webb Space Telescope’s secondary mission (JSWT-Deep) suggests that Drakorkita Twelve’s core is composed of a metastable form of carbon—what researchers are calling "ferro-ice diamond." This substance cannot form naturally under known thermodynamic laws unless the core was artificially compressed or unless the planet is significantly older than the universe itself (a hypothesis currently being debated in The Astrophysical Journal Letters ).