Electrical impacts cause circular craters, impact craters are bright

I have noticed and have blogged before about this.
Spacecraft Clementine produced these pictures of the moon. I notice there are far more craters on the poles then there were on the equators.

There are craters on top of craters. This model asserts these are polar lightning from the sun. Almost all of these craters are approximately circular in nature. This would not be the case with solid rock hitting the moon. There are interesting craters that have higher reflective ejecta patterns. But these are few.

These are high energy lightning strikes. From the sun.





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06/17/2015
Other planetoids and asteroids show a similar issue. Large circular craters at the poles and elliptical gouges with with high alblito.

Density Disprove gravity with a Game of Badminton

Gravity fails to fall at similar rates of densities. For example the tip of the shuttlecock is being dragged to the Earth. It has a greater density then the feathers and the medium surrounding.

Chronophotographies of shuttlecocks after an impact with a racket, showing the time evolution of the angle between the shuttlecock orientation and its velocity. The shuttlecock’s initial velocity in (a) is 18.6 m/s and in (b) is 10.4 m/s. Credit: Cohen, et al. CC-BY-3.0

http://phys.org/news/2015-06-physics-badminton.html

Phys.org

Gravity is Magnetism

Nice site. Gravity is Magnetism

The professionals are catching the magnetic field. They are just beginning to understand what has been discussed here.

It is nice to see the egg crack.  If they add the pages on the right here and some of the major posts they will see they need a medium, nuclear density, heat (photon and phonon) .

There is much more to what the model needs than electromagnetism.

Also density is involved in rate of fall.

Dirty water batteries

Origami batteries.

Keeping plasma states active

The people at Try Alpha Energy have built a plasma system that holds its state longer than ever before. 5000 times.

Next big future : Tri Alpha Energy 

Superconductivity at Room Temperature

Crystal structures

Articles about superconductivity and its understanding.

A friend sent me some articles on superconductivity.

http://www.sciencedaily.com/releases/2014/10/141015101541.htm

Phonons

Electrons move like photons in a solid

Cooling process

Spin

So from the above articles Applied Physicists at Scandia National Labs have found if use a electric field, electrons will travel in a predictable pattern through the oscillations. They now have a material that works well under room temperature and low voltage.

So Phonons is where atoms or molecules vibrate against each other. These are full structures in oscillations.

Credit Wikipedia

There is a 3d discussion at Wiki. There are equations and more diagrams.

“The real achievement in our work,” said Ihlefeld, “is that we’ve demonstrated a means to control the amount of heat passing through a material at room temperature by simply applying a voltage across it. We’ve shown that we can actively regulate how well heat — phonons — conducts through the material.”

Photo : Randy Montoy

Spin
 The article on spin show that scientist are microwaving electrons to decrease their spin and increase the time before they lose their energy through normal entropy. Now they can store information for a 5000 percent increase. 

Electrons move at the same speed as a photon in a solid. That makes sense and is very much inline with this model. Although I have never discussed it before. My knowledge was not up to what i thought would support the model.

So in conclusion. All this recent work on superconductivity will produce processors, memory and other crystal structures for many uses in society. 

Thanks to these scientist for their years of hard work and little recognition.