According to New Scientist, dark stars may be waiting in a mirror universe that is parallel to our own. Some scientists have proposed the idea of a mirror universe to explain dark matter, which is a form of matter that makes up about 85% of the universe’s mass. 

The mirror universe hypothesis suggests that a parallel antimatter universe may have been created alongside our universe during the Big Bang. This concept could explain the imbalance of regular matter in our universe. 

Physicist Leah Broussard is searching for a universe that is identical to ours, but flipped. This universe would contain mirror atoms, molecules, stars, planets, and even life. 

Dark stars are hypothetical objects that are powered by the annihilation of dark matter. They could explain the unexpected abundance of ancient galaxies seen by the James Webb Space Telescope (JWST). 

Dark stars are giant, puffy, and cool objects. They could have a mass at least a million times greater than the sun and a luminosity at least a billion times greater.

Dark matter may occupy a mirror universe, parallel to our own – and if so, we may be able to spot a strange kind of mirror star

Dark stars have not been definitively observed. However, the James Webb Space Telescope (JWST) may have spotted objects in the early universe that could be dark stars

In July 2023, some researchers claimed to have found the first dark stars. These stars are larger and brighter than the sun and are powered by dark matter particles that collide and annihilate themselves. 

Other researchers have found several objects that appear to be much larger than the sun and contain dark matter. These objects are almost as old as the universe itself. 

Dark stars could have profound implications for our understanding of the universe. They could help us solve some of the biggest puzzles in cosmology, such as how the first galaxies formed.

According to New Scientist, some scientists have proposed the idea of a mirror universe to explain dark matter. Dark matter is a form of matter that makes up around 85% of the universe’s total mass, but has yet to be detected. 

The mirror universe hypothesis suggests that a parallel universe made of antimatter exists, with objects having their positions reflected and time reversed. This is consistent with CPT symmetry, and could explain the imbalance of regular matter in our universe. 

In 2018, physicist Latham Boyle and his colleagues published a paper in the journal Physical Review Letters that proposed a mirror universe as a reflection of our universe across time. 

In 2022, research published in Physical Review Letters by astrophysicists from the University of New Mexico and the University of California, Davis, suggested an unseen “mirror world” dark sector of new particles. These particles are copies of known particles, and exist alongside ours, interacting with it only via gravity. This research could be the key to solving the Hubble constant problem, a major puzzle in cosmology.

According to some scientists, dark matter may exist in a mirror universe that’s parallel to our own. This could mean that we might be able to spot a strange kind of mirror star. 

The “mirror world” idea first came about in the 1990s. It could explain the phenomenon of dark matter, or be an exotic form of it. 

In this theory, a parallel hidden sector of the universe would exist, made up of particles with the same masses and following the same physical laws as our visible sector. However, it’s unclear if such a world deserves to be called a parallel universe separate from our own. 

The most common methods of detecting dark matter include: 

• Absorption 
• Scattering 
• Detection in a particle accelerator 
• Scintillating targets

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