The Sun continues to rise further North. The Moon is following suit and dipping a little further South than the sun on it's wanderings across the sky, it looks to set at about 9:30 to 9:35 tonight. The Sun set today 12 minutes North of 9:00. So the Sun is now completely in the North. It is rising North of East and setting North of West. This implies that our planet is tilting directly South, our angle to the Sun has decreased and the Sun's rays are hitting us at opposite angles than we are used to. Soon the Sun will be hitting the Arctic at direct angles during our summer months, Can you say ice melt.
SO there are a couple questions that need to be answered with data I do not have access to.
If the Sun is speeding up, it would be dispersing a lot more negative energy (not necessarily in-taking more positive) as it is getting further and further away and causing our North Pole to lean into it as any magnet would under similar circumstances. This would put our little planet a bit further away from the Sun's shields and allow more cosmic radiation in.
Since the ecliptic is our side view of the movement of the solar system, the Sun would automatically be moving to the North due to our perspective. Along with the Earth tilting as an attempt to maintain balance and therefore, causing the planet to heat up, but the long term would wax cold.
If the sun is putting out less energy, the Earth would become electrically unstable and start to heat up due to the incoming cosmic radiation which would cause large storms and unpredictable climate changes. The Earth's tilt would be effected according to the energy output of the Sun. If the Sun were putting out an uneven energy frequency, the tilt would be effected in the direction of the output decrease. In this case the negative output would be greater than the positive input drawing our positive into the increased (relative to positive) negative. Opposites attract. Pulling our North Pole toward the South Pole of the Sun, which, historically it is pushed away from.
The only way the Sun would remain at or increase speed in it's historical trajectory, is if the actual input/output of the sun remained steady or increased, I need this data. If there is a decrease in the energy of the Sun, this would imply a slowing down of the Sun in it's current trajectory. The only issue with this model I do not agree with is that this would also imply a loss of albedo for the planets in the solar system. According to NASA, our planet's albedo is increasing. They claim it is due to cloud cover but, what about Mars's albedo increase? The possible fact that the Sun's power has increased, implies the Sun has sped up. As we are getting drug behind the Sun we are experiencing a brighter Sun, further away and not a darker sun closer. The problem remains that If the Sun were getting further away (data I need), it would appear smaller in the sky, and that is hard to tell since the Sun is so bright.
The other planet's albedo has increased as well. Though You can't find very much information out there. The information you do find is not data based and usually all theories based on no information other than observation. I also see the increase of the brightness, but I have no way of measuring those albedos and I am sure NASA will not release any information that will allow us to think critically about the problems we are observing. Which, makes us wonder why they would want to keep these numbers and data sets out of the reach of the public. We do pay them don't we?
