was stronger than it is today.
It is solar wind
From the sun. It's not really a wind but a stream of charged particles emitted from the sun's upper atmosphere.
The ozone protects Earth from intense solar wind.
Solar wind.
was likely much stronger and more turbulent than it is today. Young stars can have high stellar winds due to their intense magnetic fields and high rotation rates. Studying young stars provides insights into the Sun's early history and how solar winds evolve over time.
Solar flares from the sun produce bursts of solar wind, but solar wind is constantly streaming out from the sun.
It is solar wind
The general dissipation of charged particles from the sun is called the Solar Wind. Occasionally the sun also emits vast quantities of matter from bursts known as "Coronal Mass Ejections". (The Corona is the Sun's atmosphere.)
It is pushed away from the sun by the solar wind.
The corona of the sun generates the solar wind. It is the outermost layer of the sun's atmosphere, where temperatures are extremely high, causing particles to escape and form the solar wind that travels through the solar system.
yes, there is
The strong solar wind of the young sun blew most of the hydrogen and helium out of the inner solar system. Most of what remained was rock.
The Solar Wind. (and photons if you mean the light that the Sun emits).
The wind comes from heat waves which radiate from the sun
No, wind energy comes from the wind and solar energy comes from the sun.
solar power comes from the sun and is generated from solar pannals. wind power comes from the wind and is generated from wind mills.
The light hydrogen and helium gasses were swept out of the inner solar system by the intense solar wind of the young sun. The outer planets retained the hydrogen and helium as the solar wind diminished with distance.