A recent video from La Razón de México has shed light on one of the world's most captivating natural phenomena: the apparent non-mixing of the Atlantic and Pacific Oceans. The video, which has garnered significant attention, delves into the scientific explanations behind this visual marvel. For years, the distinct boundary between the two vast bodies of water has sparked curiosity and debate. However, scientists have now provided a clear explanation, primarily attributing the division to fundamental differences in water density. "The division is due to the density of both waters, which is related to their salinity," states the video's narrator. This means that water with higher salt content, typically appearing darker, possesses a greater density, while less saline water, appearing lighter, is less dense. Beyond salinity, further scientific insights reveal that the oceans also differ in the resistance of their molecules and thermoclines, which are critical factors in determining water temperature. The video highlights a notable contrast: "The water of the Pacific Ocean is warm, but that of the Atlantic is extremely cold, as can be seen in Titanic." These distinct thermal properties further contribute to the visible separation. While the oceans do eventually mix over time, the process is considerably slow due to these inherent differences in their chemical and physical compositions. The phenomenon serves as a powerful reminder of the complex and intricate processes governing our planet's natural systems.
Este fenómeno demuestra cómo la naturaleza puede sorprender con efectos que parecen inexplicables, pero que cuentan con una base científica sólida.
