The sun generates light. Now don't get me wrong, There is obviously heat generated by the sun, but, that heat does not reach Earth.
This fact cannot be overlooked for the convenience of politics. The warming of Earth is real and is has real consequences. This is not about politics. It has never been about politics. This is about the only place where life exists in this solar system. It is about the "carrying capacity" of Earth. It is about how Earth is unable to accept consumerism to the extreme societies have assigned to it.
The picture is of the sun and it's solar wind and how that solar wind is minimized to protect life on Earth by it's magnetosphere.
A magnetosphere is the area of space near an astronomical object in which charged particles are controlled by that object's magnetic field. Near the surface of the object, the magnetic field lines resemble those of a magnetic dipole.
To the right is an image of a magnetic dipole. North and south poles. Locate the place in the picture above where it is noted to be a magnetic dipole. Earth is at the center of the magnetic dipole.
So, the sun has a large magnetic property and Earth has a large enough magnetic property. It is the dipole of Earth that reflects the sun's solar wind while allowing enough LIGHT (photon energy - click here) to benefit Earth as a biological planet.
So, if the sun doesn't send it's heat to Earth, then how does Earth have just the right amount of heat to benefit to be a biological planet?
This fact cannot be overlooked for the convenience of politics. The warming of Earth is real and is has real consequences. This is not about politics. It has never been about politics. This is about the only place where life exists in this solar system. It is about the "carrying capacity" of Earth. It is about how Earth is unable to accept consumerism to the extreme societies have assigned to it.
The picture is of the sun and it's solar wind and how that solar wind is minimized to protect life on Earth by it's magnetosphere.A magnetosphere is the area of space near an astronomical object in which charged particles are controlled by that object's magnetic field. Near the surface of the object, the magnetic field lines resemble those of a magnetic dipole.
To the right is an image of a magnetic dipole. North and south poles. Locate the place in the picture above where it is noted to be a magnetic dipole. Earth is at the center of the magnetic dipole.
So, the sun has a large magnetic property and Earth has a large enough magnetic property. It is the dipole of Earth that reflects the sun's solar wind while allowing enough LIGHT (photon energy - click here) to benefit Earth as a biological planet.
So, if the sun doesn't send it's heat to Earth, then how does Earth have just the right amount of heat to benefit to be a biological planet?
