New Insights into Venusian Atmospheric Waves Linked to Hydraulic Jump
A research team from the University of Tokyo has uncovered the source of a significant cloud disturbance on Venus, attributed to a massive atmospheric wave front.
Editorial Staff
1 min read
Updated 2 days ago
Researchers have identified the origin of a notable cloud disturbance on Venus, revealing it to be associated with the largest known hydraulic jump.
The atmospheric wave front in question spans an impressive 6,000 kilometers, showcasing the dynamic nature of Venus's atmosphere.
This discovery, made by a team that includes experts from the University of Tokyo, utilized numerical models to analyze the phenomenon, providing new insights into Venus's complex weather systems.