Scientists have never before seen such a massive explosion.  Hinga Tonga erupted at the beginning of the year

The volcano erupted on January 15, creating a cloud of ash that rose more than 50 kilometers above the planet’s surface. The heat from the hot water and ash was the largest source of gravitational waves (displacement oscillations) on Earth for 12 hours. Satellites recorded the spread of these waves throughout the Pacific Ocean.

Read also: “Gnibbed the Earth out of Pain” A disease that killed half a million Poles

The waves in the atmosphere from the impulse circled the Earth at least 6 times, and reached nearly the maximum possible speed, which is 320 m/s, or 1152 km/h. We have never seen such waves before.

The study authors concluded that the fact that a single event dominated such a vast area is unique in the history of observing volcanic eruptions and will help improve climate and weather models. – It was a really massive explosion, and really unique compared to what scientists have had the opportunity to observe so far. We’ve never before seen atmospheric waves circling the entire planet, or waves so fast, so close to the theoretical limit. It was a wonderful natural experience. The data we’ve collected will help us better understand the atmosphere, says Dr Corwin Wright from the University of Bath.

Leave a Reply

Your email address will not be published. Required fields are marked *

You May Also Like

The Witcher Sirius will invite players into an open world. The game aims to present rich Slavic stories

In May, CD Projekt confirmed that there were problems among the creators…

“We are game developers.” Swen Vincke trivially explained why it took so long to create official mod tools for Baldur's Gate 3

message games Mark 23 2024, 11:43 This year, an official…

Marvel’s Spider-Man Remastered for PC at Less on Steam

message Toys August 2, 2022 at 4:10 pm Marvel’s Spider-Man…

The neighbor is using your Wi-Fi. How do you kick an intruder out of your home network?

Technological progress is moving forward, and from year to year we have…