Around the world, we occasionally witness breakthroughs in the fields of scientific inquiry. There is one element, though, that is not completely understood. It is the window it provides into our planet’s future. It contains a certain amount of both fear and hope regarding what lies ahead. A municipality of Bristol’s historical university is funding the most recent addition to this theory. There, the complex web of fate for the dynamic Earth is unraveled using the power of a supercomputer. Following the publication of that groundbreaking paper, the scientific community and others were impacted by some waves of reflection. Late last year, the publication was released.

The script predicts that these enormous plates of unrelenting motion will eventually converge slowly. They are expected to eventually come together to form a single, enormous unit. In homage to the ancient one that first broke apart eons ago, scientists named it Pangea Ultima. The continents we are proud to call home today are the result of that fragmentation.

Breaking New Ground: The Supercomputer’s Predictions of Human extinction

“The newly-emerged supercontinent would effectively create a triple whammy, comprising the continentality effect, hotter sun, and more CO2 in the atmosphere, of increasing heat for much of the planet,” explained Dr. Alexander Farnsworth, a prominent member of the research team, after explaining the implications of this seismic rearrangement.

According to this mega-continent forecast, one region will be totally scorched, with temperatures regularly rising above the unimaginable 40–50 degrees Celsius. Furthermore, the threat to life is not limited to temperature. It will be extremely humid as well. As a result, this humidity will significantly lower the amount of heat that our bodies can emit into the atmosphere. For most mammals, this would be a concerning circumstance.

The situation is completely unfavorable. According to statistics, between 10 and 8 percent of the landmass that is properly called Pangea Ultima will be suitable for human habitation. Living conditions in these small areas would be quite difficult, though. Due to tectonic shifts, the habitat will be in danger virtually everywhere due to its volcanic nature. Without any safe havens, the residents must endure the harsh environment’s constant attacks.

Even so, there is a great deal of hope shining in the gloomy light scattered throughout this catastrophe tapestry. The most important of these is that the supercomputer’s prediction is anticipated to occur 250 million years later. It indicates that it is far too far to consider. Additionally, you can interpret this as indicating that we have plenty of time to get ready for it!