Can ball lightning hit people? Can you run when you encounter ball lightning?

Well, judging from the movie "Ball Lightning", the current question of whether lightning will hit people is still being cracked, and it should be cracked, after all, there are no surprises.

1. Can't run. Spherical thunder has the habit of "following the wind", that is, moving with the air current. If a person encounters a spherical thunder, if he pulls his legs and runs, the spherical thunder will follow. The best way to avoid danger is to immediately squat down with your head in your hands and your feet together.

2. Ball lightning (also known as ball thunder) is a very rare lightning shape, it is like a fireball, and sometimes like a glowing blooming "hydrangea" chrysanthemum. It is about the size of a human head, and occasionally it has a diameter of several meters or even tens of meters. Ball lightning sometimes swirls slowly in the air, and sometimes hangs in the air completely motionless.

Sometimes it glows white, sometimes it glows pink like a shooting star.

Lightning and thunder are a common natural phenomenon, but ball lightning that amazes scientists is rare.

Ball lightning is also known as an electric fireball. Ball lightning is not lightning, it has almost nothing in common with lightning, so it is inaccurate to name this phenomenon "ball lightning", and ball lightning should be named "electro-optical fireball", that is, plasma luminous ball related to electromagnetic fields. Natural lightning is also called thunder and lightning.

The most common form of lightning is line lightning, which resembles a vertical and horizontal branch overhanging in the air, or a river with many tributaries on a map. In addition, there are less common bead-shaped lightning bolts in thunder and lightning. The lifespan of the electric fireball is generally a few seconds, and some can be as long as a few minutes.

Whereas, the lifespan of ordinary dendrites is less than 1 second.

An electro-optical fireball is a plasma localized in the appropriate magnetic field geomorphological space and velocity space, which derives energy from its surroundings, and the diameter of the plasma region depends on the frequency of the external field, thus producing resonance. The knowledge of electric fireballs had been studied by Nikola Tesla in the first years of the 20th century, but it was lost with the death of the great genius. Tesla believes that the raw energy is not enough to sustain the fireball.

According to the French scientist Madiasa, ball lightning is a special compound of nitrogen and oxygen in some atmosphere, which forms around ordinary lightning and disappears when it cools.

Soviet scientist P. Chervinsky believed that the fireball was a mixture of gases with a strong charge. Spheres are unstable and can occur for a variety of reasons**, but may be weakened by discharge after hitting a conductor under certain conditions.

Some scholars at the Institute of Geomagnetism, Ionospheric and Radio Wave Propagation of the USSR Academy of Sciences believe that ball lightning is produced when rain falls into an ordinary lightning trough, and its molecules are filled with positive and negative ions, thus forming an extraordinary outer layer, that is, forming a spherical special shell.

Some scholars have judged the light brown smoke after the disappearance of ball lightning as nitrogen dioxide, while the rather strong fresh smell in the air is ozone. It is speculated that ball lightning may have been formed by the formation of some kind of gas entering the ozone concentration area, which causes the ozone to decompose quickly.

There are also many scholars who believe that ball lightning is a plasma mystery, a mixture of electrons and ions that are separated from atoms. However, this plasma does not become as extremely hot as it becomes during thermonuclear reactions, but is "cold", basically like a gas in a fluorescent lamp, and cannot be ignited. It can only be produced when the gas is discharged, and lightning during a thunderstorm is discharged like this.

Plasma agglomerates can be produced and appear both after and on the "edge" of ordinary lightning. In this case, the ball lightning "steals" the normal lightning bolt and gets its spawn power from there.

Ball lightning is supposed to be the large electron of the macroscopic world, widely present in the three-dimensional world in quantum form, relying on the energy capture of lightning to obtain energy (only the energy exchange of electrons is relatively free). Artificial triggers rely on a wide range of power grids to intercept it. The theory comes from Liu Cixin's "Ball Lightning", which of course also makes a hypothesis in the scientific community.

It depends on which aspect of it On science Please see upstairs On non-science Thunder spells are the most lethal spells When you use it, hone the mantra in your heart and yell **

Ball lightning, commonly known as rolling mines. Usually occurs during thunderstorms and is a ball of lightning. It's a real physical phenomenon.

It is very bright, nearly spherical, and varies from about 15 to 40 centimeters in diameter. It usually lasts only a few seconds, but there are records of it lasting for 1 to 2 minutes. In addition to the common orange and red, there are also yellow, purple, blue, bright white, and dark green auras, and they come in a variety of colors.

Ball lightning is more harmful, it can fly freely in near-earth air with the ups and downs of the air current, or go against the wind. It can enter the building through open doors and windows, and it is common to enter the building after passing through the chimney. It can even slide over wires, sometimes hovering, sometimes disappearing silently, and sometimes because it hits an obstacle**.

Ball lightning is an electrokinetic tendency to form lightning, a ball of air ions produced when it half-penetrates the air. It carries energy in it, and the wrap is relatively stable. When a conductor upsets its equilibrium, it neutralizes with the surrounding air and releases energy.

The mysterious phenomenon of ball lightning, scientists have not been able to explain the reason for its appearance.