In this groundbreaking video, we delve into the secrets of Super-Earth formation and explore the crucial role of magnesium oxide in the creation of these massive rocky planets. Discover how high-energy laser experiments have unveiled the mysteries of planet formation by replicating the extreme conditions found deep within the mantles of forming planets.
Join us as we uncover the pivotal findings from Johns Hopkins University, led by the renowned researcher June Wicks. The study, published in Science Advances, reveals how magnesium oxide crystallizes from the fiery magma oceans that envelop young exoplanets, influencing their cooling and structural development.
We'll explore the stability and resilience of magnesium oxide under pressures up to 600 gigapascals, highlighting its importance in the formation and evolution of rocky planets.
Don't miss this exciting journey into the cosmos as we uncover the building blocks of new worlds and the essential processes that shape the destiny of super-Earths across the galaxy. Explore new space discoveries and universe discoveries with us!
Unveiling the First Crucial Step in Super Earth Formation!