Dark Matter detection; using planet

Is this method have any problems?

There are many theories about Dark-Matter existance.

But we have not found it around us yet.

So, I think about a new method using a hydrogen planet.

Metalic hydrogen has many nucleus per unit volume.

But, making a lot of metalic hydrogen is practically not easy.

So, Observing the metalic hydrogen planet is , I think, more easy to find that material.

The finding method is explained in the next Figure.

If Dark Matter exists in the solar system, the particles will collide with the moving planet.

Jupiter is a large planet. Most of it's components are the highly compressed metalic hydrogen.

When Dark Matter collide with the planet, the region which is not far from the equator is the most long interacting path than others.

So, the region temperature is, I suppose, slightly above than them of other areas.

And, expected phenomena is represented in these sites.

http://www2.ifa.hawaii.edu/newsletters/images/fall01/jupiterInfo.jpg

http://www.nasa.gov/mission_pages/cassini/multimedia/ESOSaturnstorm.html

http://www.sciencedirect.com/science/article/pii/S001910350800122X

Seasonal change model is in the next Figure.

The position "A" is the most low speed area, and the position "B" is the most high speed area.

If Dark Matter exists, "B" area temperature intensity is more high than them of other area.

Edited January 11, 201313 yr by alpha2cen