This is Lunar Lightning.
Thanks to Curt Youngs for sending me this. This is from Clementine: Credit NASA. Those are high voltage AC discharges on the poles. I also notice the craters become less numerous towards the equator.
Tuesday, January 19, 2010
More Z Boson Evidence
In standard physics, electricity is not, the favorite child. This picture should change that.
This is Lunar Lightning.
Thanks to Curt Youngs for sending me this. This is from Clementine: Credit NASA. Those are high voltage AC discharges on the poles. I also notice the craters become less numerous towards the equator.
This is Lunar Lightning.
Thanks to Curt Youngs for sending me this. This is from Clementine: Credit NASA. Those are high voltage AC discharges on the poles. I also notice the craters become less numerous towards the equator.
Where are the discharges?
ReplyDelete"I also notice the craters become less numerous towards the equator."
It depends on where you look. But craters are more visible at the poles because they are always partly in shadow. Equatorial and lower latitude craters become hard to see when the sun is high in the sky. Craters are best seen along the terminator.
Hi Hill, Thanks for reading my work.
ReplyDeleteIts not the shadows that convinced me this was solar lightning discharges on the moon. Its the fact that the craters are on top of each other in such concentration.
I would also like to suggest that the lighter and white areas are impact craters. These areas show ejecta where the discharges do not have the same ejecta pattern.
This is a composite picture from Clementine. So shadows are cannot be the issue. Shadows are removed by many pictures of the same area super-imposed over each other.
Thinking like an electrician, there would be more electrical discharges at the poles of an object. This is where the object is most grounded.
Thanks again for reading and commenting on my work.
Aaron