Turok is optimistic about the potential of this theory, stating, “The progress we have already made convinces me that there are alternatives to the standard orthodoxy.” He encourages the field of cosmology to move beyond its current constraints and embrace new possibilities.

Yet, in our universe, symmetry appears to be broken — time moves only forward, and particles outnumber their antimatter counterparts. Turok’s “mirror hypothesis” seeks to restore this balance by envisioning an anti-universe that mirrors ours in perfect symmetry.

The theory offers a more elegant alternative to these explanations. The foundation of this theory lies in the principle of symmetry in physics, where particles, forces, and even time are thought to have mirrored opposites.

This innovative idea has the potential to address some of the most profound mysteries in cosmology. These include the imbalance between matter and antimatter, the elusive nature of dark matter, and the limitations of prevailing theories that Turok describes as unnecessarily complex.

This concept, referred to as the “anti-universe,” suggests a reflection of our universe in perfect opposition. The paper outlining this theory has been accepted for publication in the journal Annals of Physics.

According to their hypothesis, an “anti-universe” could have existed prior to the Big Bang, moving in reverse through time and essentially mirroring our own universe with an opposite flow of time.

Led by University of Edinburgh professor Neil Turok, the team has introduced a groundbreaking theory about the nature of our universe.

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While still in early stages, this success offers immense hope for a future where Type 1 diabetics may no longer rely on insulin injections.

Scientists extracted cells from each patient, converted them into stem cells capable of becoming any cell type, and chemically reprogrammed them into insulin-producing cells. These cells were then implanted into the patients’ stomachs, where they began generating insulin.

For the first time since her diagnosis, she began producing insulin naturally. The study involved three patients with Type 1 diabetes.