Shaking every 26 seconds and for 60 years, what is the heartbeat of the earth ?

The earth's heartbeat is the earth's rock layer vibrates every 26 seconds, and the vibration amplitude is very small

If you say so, it's probably **, after all** is also a kind of fluctuation and heartbeat, with a certain degree of similarity.

The earth is actually an "eggshell" floating in a sea of magma, also known as the "lithosphere". In 1961, the American geologist Oliver detected a miniature ** with a period of 26 seconds, which means that the lithosphere under our feet will shake regularly every 26 seconds. It is global, and it is tentatively determined that the "epicenter" is located in the South Atlantic.

It is also known as the "heartbeat of the earth", and the exact reason for this is unknown.

This kind of vibration is actually very slight, and it can only be detected by special instruments, and this kind of vibration is every 26 seconds, and the frequency of the delay is very stable and there is no confusion, and what is even more incredible is that this vibration does not appear in one place, it is detected in any corner of the world anywhere, and it has basically not changed.

Because there are many scientists who can't explain it, we must look at it rationally and never make random comments.

Because there is no specific technology that can solve such a cherry orange matter, and no one can deal with such a thing, and there is no one who has the experience of such a spine filial piety group, so no one explains this matter.

Every 26 seconds, the Earth pulsates the drink, which is very cyclical. However, its pulsating drink is so weak that the body can barely perceive its existence. For the past 60 years, scientists around the world have been tracking and researching the "Earth Pulse Drink", but the cause of this is still a mystery.

On June 6, 1961, Jack Oliver of Columbia University in the United States recorded for the first time the "Earth Pulsating Drink" at the Lamont Doherty Earth Observatory, based on a paper video recorder, which vibrated every 26 seconds.

In 1980, American geographers used the ** instrument to basically make it clear that the root of the "earth's pulsating drink" was in the South Atlantic Ocean or a certain area around the equator. In the summer of the Northern Hemisphere, the compressive strength of the "Earth Pulsating Drink" microseismic will increase.

In the same year, Gary Holcombe, a researcher at the U.S. Geological Survey, said that during a storm, the "Earth Pulsating Drink" would be more powerful. In 1998, Gary Holcomb further discovered that in the summer of the Northern Hemisphere, that is, the winter of the Southern Hemisphere, the amplitude of the "Earth Pulsating Drink" was larger. There is a good chance that the pulsating drink will come from the deep sea or the air.

In 2005, Greg Benson of Colorado University used triangulation to accurately locate the source of the pulsating beverage vibration data signal in the Gulf of Guinea off the west coast of Africa.

The 2011 scientific study further narrowed the scope of the source, and felt that it was located in Bonny Bay, which is located in the Gulf of Guinea. In 2013, some biologists also made it clear that the "Earth Pulse Drink" was most likely caused by a volcano, and that the origin of the Pulse Drink was most likely a volcano on the island of São Tomé in Bonny Bay. It is also theorized by biologists that when the sea hits this particular area of the continental shelf in the Gulf of Guinea, there are periodic pulsating drinks.

However, some biologists are skeptical of the above statement, thinking that there are many areas around the world where the ocean has a percussive continental shelf, and there are also many volcanoes throughout the country, so why only the continental shelf of Bonny Bay and the volcano of São Tomé Island cause such pulsating drink data signals? What is the difference between the sea, the continental shelf and the volcanoes and other regions?

All in all, after 60 years of hard work, biologists have pinpointed the location of the "pulsating drink of the earth" to a small scale, but the causes of the pulsating drink are still intricate.

At this stage, the scientific and technological personnel look forward to continuing their efforts to carefully detect a large number of data signals from the world's leading disaster detectors across the country, and completely dispel the mystery of the earth's pulsating drink every 26 seconds that has been discovered for 60 years.

Now scientists are studying this thing, they have no way to explain it, and now they are looking for some patterns.

This is a very normal phenomenon, which is also the result of the rotation of the earth, which is also a law that has been continuously studied by scientists.

Because the pulsation of the earth is regular, it is natural to track and study it, and you can also understand the signals in it.

Geologists seem to be just studying a bunch of ancient – and sometimes very old – rocks. The reality is that geoscience researchers look back at the Earth's geological record to understand how we got here and what we can expect from life on Earth in the future.

In a study to be published in Frontiers of Earth Science in November 2021, researchers from New York and California helped identify an important fact about the planet that has a huge impact on us: the planet has a "pulse," a peak of regular geological activity. They identified this pulse in part by observing mass extinctions, which is obviously what we want to know because this is the only home for our species at the moment.

The results of this study are actually not new – they are just a more specific measurement, a question that researchers have been asking for nearly a century. In the new study, the researchers used the latest technology to analyze 89 geological events in Earth's 100-million-year history, employing a statistical technique called Fourier analysis to determine if there was a pattern in the frequency and consistency of the data.

After analyzing all the data, it was found that there was a pattern that was exactly within the range proposed by the previous researchers. Of the 89 events — including "extinctions of marine and non-oceanic species, blind ocean hypoxic events, sea level oscillations, continental flooding basalt eruptions, pulses of magmatic activity within plates," the authors write, they found 10 sets of data. These geological events occur approximately once every 27.5 million years.

Past studies have shown that each pulse of the Earth is spaced between 26.4 million and 30 million years; This study narrows down the scope even further.

While it's really fascinating to have another data point that shows that there is a consistent rhythm of activity and life cycles on Earth, the researchers in this study didn't go any deeper into why Earth has a pulse.

However, the authors of the study also offer some ideas. One is that the Earth's interior and internal forces (magmatic activity, tectonic activity, and climate change) could explain this cycle pattern. Other views point to the fact that the Earth's orbital cycle is constantly changing, and that our solar system also has a periodic movement in the Milky Way, about once every 30 million years.

Whatever the cause, this study shows that the data is conclusive: every 27.5 million years, we can expect an increase in geological activity, often leading to mass extinctions.

But fear not, 27.5 million years is a long time for humanity. On planetary historical scales, this time frame is short-lived, but Homo sapiens is thought to be a species of about 200,000 years old – that's less than a 1% pulse.

We are now in between pulses: studies have shown that the next pulse will be about 20 million years later. For context, while dinosaurs became extinct about 65 million years ago, generally accepted modern animals such as bears, crows, and whales only emerged on the evolutionary timeline 20 million years ago.

Because the earth is always moving, and the magma is always moving in the earth's crust, some people say that the earth is shaking every 26 seconds.

**Amplitude. Because there is enough energy in the earth's interior, it has to be released every once in a while, which is the main cause of the earth's shaking.

Because the interior of the earth is moving all the time, and when it moves, it shakes. Although this tremor is difficult to detect by humans. But it vibrates every 26 seconds.

Most scientists agree that major geological events on Earth, such as mass extinctions, volcanic eruptions, and tectonic plate movements, occur randomly over time. But a new study suggests that there may be some pattern to these events.

A team of geologists from New York University found that activity on Earth follows a 27.5 million-year cycle, giving the Earth a "pulse," or an extremely slow heartbeat, but researchers don't know what causes it.

They speculate that the cycling of the climate and the movement of the Earth's huge plates may be the rogue behind the Earth's mysterious pulses. Earth's orbit in space, which orbits about once every 32 million years, is a cycle, which can also be watched carefully, laying the groundwork for these events.

Regardless of the origin of these cyclical events, our findings support a largely wide range of periodic, coordinated, and intermittent catastrophic geological records, contrary to the view held by many geologists, who, thanks to technological improvements over the years, now have clearer data on when Earth's past events occurred. As a result, 89 "major geological events of great age" over the past 100 million years were analysed, including "sea level fluctuations", "volcanic eruptions", and marine and terrestrial extinctions.

They learned that these global events are clustered over 10 different periods, occurring or peaking every 27.5 million years or so. The researchers say that the most recent set of events occurred about 7 million years ago, meaning that the next major phenomenon will occur about 20 million years later.

Every 26 seconds, the earth pulsates, very regularly. But its pulsation is so weak that the human body doesn't feel its presence at all. For the past 60 years, the world's leading scientists have been tracking and studying the "pulse of the earth", but its cause is still an unsolved mystery.

On June 6, 1961, Jack Oliver of Columbia University in the United States recorded the "pulse of the earth" for the first time through a paper recorder at the Lamont Doherty Earth Observatory, which beats every 26 seconds.

In 1980, American geologists used the ** instrument to preliminarily determine that the source of the "Earth Pulsation" was somewhere near the South Atlantic Ocean or the equator. In the summer in the Northern Hemisphere, the intensity of the "Earth Pulsation" microearthquake increases.

That same year, Gary Holcombe, a researcher at the U.S. Geological Survey, said that during a storm, the amplitude of the "earth's pulsation" would intensify. In 1998, Gary Holcomb further discovered that the amplitude of the "Earth Pulsation" reached its maximum during the summer of the Northern Hemisphere, which is the winter of the Southern Hemisphere. Pulsations may ** in the ocean or atmosphere.

In 2005, Greg Benson of the University of Colorado used triangulation to locate the source of the pulsating vibration signal in the Gulf of Guinea off the west coast of Africa.

The 2011 study further narrowed the scope of the hypocenter to Bonny Bay in the Gulf of Guinea.

In 2013, a scientist suggested that the "Earth Pulsation" could be caused by a volcano, and that the origin of the pulse most likely came from a volcano on the island of São Tomé in Bonny Bay.

Some scientists speculate that when the waves crash against this particular part of the continental shelf in the Gulf of Guinea, regular pulsations are created.

But some scientists are skeptical of this explanation, arguing that there are many places where global waves hit the continental shelf, and there are many volcanoes everywhere, so why are only the continental shelf in Bonny Bay and the volcano in São Tomé triggering this pulsating signal? Are the waves, continental shelves and volcanoes different from other places?

In short, after 60 years of hard work, scientists have identified the area that triggered the "earth pulsation" to a small area, but the cause of the pulse is still mysterious.

Now, researchers hope to redouble their efforts and scrutinize monitors around the world to find more signals and unravel the mystery of the 60-year-old Earth pulsating every 26 seconds.

In a study published in Frontiers in Earth Sciences in November 2021, researchers from New York and California helped identify an important fact about our planet that has huge implications for us: Earth has a "pulse," a regular peak of geological activity. The results of this study are actually not new – they are just a more specific measurement, trying to ask questions that researchers have been asking for nearly a century.

In the new study, the researchers used the latest technology to analyze 89 geological events over the Earth's history over the past 100 million years, employing a statistical technique called Fourier analysis to determine if there were any patterns in the frequency and consistency of the data. When all the numbers were processed, it turned out that there was a pattern and it fell exactly within the range proposed by the previous researchers.

Of the 89 events – including "marine and non-oceanic extinctions, ocean hypoxic events, sea level**, continental flooding – basalt eruptions, [and] intra-plate magma pulses," they found 10 sets of data. These geological events occur approximately once every 27.5 million metric years.

This study narrows down the scope even further. Past studies have shown that each pulse of the Earth is between 26.4 million and 30 million years apart.

While there is another data point that suggests there is a consistent rhythm of activity and life cycles on Earth, the researchers of this study are not much closer to understanding why the Earth has a pulse.

However, the study's authors did come up with some ideas. It has been suggested that the internal forces (magmatic activity, tectonic activity, and climate change) in the Earth's interior and on the Earth could explain this cyclical pattern. Other views point to the fact that our planet's orbital period is constantly changing, and that our solar system also has a periodic movement within the Milky Way about every 30 million years.

Whatever the reason, the data suggests that the data is conclusive: every 27.5 million years, it often leads to mass extinctions.

Don't be afraid, because 27.5 million years is a very long time for humanity. On planetary history scales, this time frame is short-lived, but Homo sapiens as a species is thought to be only about 200,000 years old – less than 1% of each pulse.

We are now at the beginning of the pulse: studies show that the next pulse will be about 20 million years into the future. For context, while dinosaurs became extinct about 65 million years ago, recognized modern animals such as bears, crows, and whales only appeared on the evolutionary timeline only 20 million years ago.