What is the connection between rays, climate on earth and mood in space?

The climate of the Earth is influenced by different processes that occur both on the planet and outside it. As a result, without the sun, we would not take the basic light and heat to maintain a slight temperature and other features connected to this energy. For example, photosynthesis also depends on the sun. Can the rays falling from the clouds affect not only the climate of the world, but also the mood in space?

According to a new study published in Nature Communications, a team from the University of Colorado in Boulder in the United States, found that electromagnetic waves produced by Yıldırım could affect both black climate and spatial climate.. The research began when scientists began to investigate the role of trillion -loaded particle circulating on the planet.

These loaded particles surrounding the world, Van Allen radiation straps are known as high energy zones protected by the planet’s magnetic field. Most of these energy particles come from the solar wind and cosmic rays, but they are stuck to the earth due to the effect of the magnetic field.

https://www.youtube.com/watch?v=vqxn_fqfrc

The National Air Force and the United States (NASA) area explains that more than two thousand storms in the world are active at any time. As a result of this natural process, approximately 100 rays are produced per second in different parts of the world. Each radius is accompanied by the sound, thunder caused by the sonic shock wave caused by the rapid expansion of the air during electrical discharge.

“Ray is an electrical discharge between the positive and negative load areas in the clouds. Visually, it consists of intense light flashes called strokes. The sound of lightning accompanied by lightning is a sound shock wave caused by rapid expansion of the air around the lightning channel during discharge. “

Often, these high -energy particles remain thousands of kilometers away from the earth surface. However, some natural events can trigger a process that moves them and cause electrons to be sent to the world atmosphere. The new study, this ‘autumn’ electron, Rays on the planet.

Thunder, Lightning and Electromagnetic Waves

The rays are directly associated with the result of complex physical processes containing direct storms, electromagnetic waves, spread of these waves, atmospheric behavior and other natural phenomena. After the electrical discharge, there is a rapid and severe air expansion that produces the characteristic sound of thunder in the region. As the sound spreads slower than the light, we first see the flash and then hear the accident.

According to the US Ocean and Atmospheric Administration, Lightning is a response to positive and negative loads that accumulate and produce electrical discharge when they are broken. This natural phenomenon, also known as lightning, can occur in the cloud or between the cloud and the earth surface.

If most lightning begins to form in a cloud and reaches the soil, they tend to withdraw to objects such as trees, buildings, poles and other structures with electrical properties. Usually high objects are more likely to hit the clouds because they are more likely to hit.

When you observe lightning in the sky, it does not only make this characteristic light; There is also an electromagnetic impact emission produced by electrical discharge. This means that there are several operations that can be measured only by technological devices such as X -rays, as well as visible.Ale emphasizes that electromagnetic waves are not unique to these events because they are in various electrical processes.

Despite scientific progress in the region, the process of creating a lightning creation still has many doubts. In other words, there is still room for academics, and experts deepen their work and discoveries about the phenomenon.

“Creating lightning is a complex process. We usually know what conditions are necessary to produce radius, but there are discussions about how a cloud accumulates electrical loads and how the radius occurs. Noa Noaa explains in a statement.

Do rays affect the climate on earth?

To understand the effect of lightning on the world and space climate, The study used data from the Sun satellite, abnormal and magnetospheric particle explorer (sampex) operating between 1992-2012. However, the researchers were able to compare this information with the measurements of lightning activity in the Earth to analyze the relationship between electrons and atmospheric storms.

In addition, they used data from other tasks, such as Van Allen probes probes probes, to examine the characteristics of Van Allen’s internal and external arches in more detail. The inner belt is created by high -energy protons and some electrons, while the exterior is mainly created by electrons – Both are in a space zone outside the world atmosphere.

Thus, scientists sometimes, from time to time, More energetic electrons can also be seen in Van Allen’s inner belt, which is unexpected. Until then, science already knew that similar phenomena had occurred on the outer belt, but this was an unprecedented discovery for this inner belt.

The reason for this is due to electromagnetic waves that can travel to the Kemer region and ‘shake the electrons and direct them to the atmosphere. The data indicate that solar storms are mainly responsible for emissions of electrons in the inner belt. That is, in addition to the rays in the world, intensive solar activity is required to trigger these electron discharge.

Findings about Van Allen’s belts help better understand the phenomena that occur in the atmosphere and space. Do you want to know more? Get the opportunity to understand how NASA caught the most clear image of the world’s radiation belt. Until next time!