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Multiverse theory emphasizes that there are infinite universes with their collection of galaxies and stars, including their physics laws. In this context, the multiverse concept is believed to arise from areas of philosophy and physics. However, scholars have mixed perspectives on the accuracy of the multiverse theory. As a result, some academics have provided facts and explanations to prove that multiple universes are barely an imagination. Nevertheless, evidence supporting the multiverse idea includes the presence of bubbles, inflation theory, and the presence of a quilted multiverse.


The presence of bubbles supports the multiverse theory. The bubble forms itself from the quantum decay process during inflation (Blanco-Pillado et al. 16). In this case, there is the existence of a universe close to another where one cosmos could have resulted from something else. Scientists concentrate on changes that might have happened due to the separation of universes to justify the multiverse theory. As a result, black holes and artifacts result from universe separations through the quantum tunneling process (Blanco-Pillado et al. 1). The existence of bubbles would imply the presence of multiple universes. Therefore, the probability of detecting bubbles in the universe in which people live proves the multiverse theory.

Evidence Supporting the Multiverse Theory

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Inflation theory

Inflation theory that emphasizes rapid expansion also plays a significant role in supporting the multiverse idea. In this respect, inflation theory describes hypothetical events when the universe was young, inflating to form other universes (Gauthier 5). This allegation justifies that the universe where people live is the first space that split to form another cosmos. In this context, it is believed that the first universe that inflated about 13.8 billion years ago is the one in which people live today (Gauthier 5). Inflation is considered a continuous process, and, when it ends in a particular region, it commences in others. When inflation ended in the universe, it is believed to have continued in other areas and is still happening today. Moreover, universes’ inflations might have resulted in distinct cosmoses. Hence, inflation that occurred millions of years ago and its unceasing process justifies the multiverse theory.

Quilted Multiverse

The quilted multiverse justifies the endurance of multiple universes. The quilted multiverse assumes that infinite time and space dimensions contain unlimited universes (Aharonov et al. 2). The space expanse has infinite separate realms constituting the quilted multiverse. For instance, the sky is seen from the observable universe and is considered an independent realm from the observable cosmos (Aharonov et al. 2). In any universe, there are replicated universes that exist at the same time. Besides, the quilted multiverse stresses on events’ existences before the event horizon in physical reality (Aharonov et al. 2). In this case, the event horizon involves events that happen many times and are believed to be duplicated in many universes that might be finite or infinite. As a result, the quilted multiverse proves the existence of other universes than the one in which people live.


Quilted multiverse, inflation theory, and bubbles justify the presence of multiple universes. In particular, bubbles are believed to have formed as the universe separated to form other cosmoses distinct from the parent one. The belief in the existence of black holes in the universe in which people live also proves the multiverse theory. Besides, the inflation theory that emphasizes the rapid expansion of the cosmos attributing to its separation justifies the existence of multiple universes. In turn, the quilted multiverse concept that insists on separate realms within a single universe explains the multiverse theory.

Works Cited

Aharonov, Yakir, et al. “Is the Quilted Multiverse Consistent With a Thermodynamic Arrow of Time?” Frontiers in Physics, vol. 6, 2018, pp. 1-6, doi:10.3389/fphy.2018.00004.

Blanco-Pillado, Jose J., et al. “Eternal Inflation in Swampy Landscapes.” Journal of Cosmology and Astroparticle Physics, vol. 2020, no. 5, 2020, pp. 1-28, doi:10.1088/1475-7516/2020/05/014.

Gauthier, Richard. “Big Bangs Created by Univon Particles from a Conscious Quantum Field—Towards the Next Scientific Evolution.” Academia, 2020, pp. 1-11,

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