The unknown physics of global warming

The world’s ice is melting faster than predicted because of an unknown physics. Reports today show that Antarctic ice is melting in areas where the temperature has not risen. Scientists are puzzled and some have speculated that undersea currents are the possible explanation.

I think the answer is larger. I think the answer will be found by viewing the Earth as one large battery. I think the chemistry contained inside the battery is a composite of everything happening at once. And I think heating the battery is affecting the magnetic flow around the earth.

To understand what is happening, scientists should heat batteries and observe minute changes at the poles.

Hot batteries are not reliable. Their contact points at the poles are affected. The flow of electricity is uneven and less predictable. This is borne out by the scientific prediction of new and unexpected weather patterns over the globe.

Obviously if the regular flow of electricity over the planet’s surface is changed by a problem at the poles, then our weather will be affected. I would expect the changes would be erratic and events would happen much quicker than seen in the past.

This prediction means that our weather will speed up in addition to becoming more erratic. Does that means winds will be higher? I think so. But not everywhere. I just think changes in weather will fluctuate widely as the regular flow of the magnetic field is disrupted. Therefore expect unusual events in areas where they didn’t exist before, and expect a greater severity of events as the heating continues.

I also believe there is more. A hot battery is likely to ignite. Does this mean more volcanic activity or earth movement should be expected?

It is speculated that our magnetic planet is the result of a moving, molten core of nickel iron. If this immense power is not allowed to release a magnetic field through the poles, then a release should be expected elsewhere.

This idea is backed somewhat by scientific findings that our earth has become more volcanic during past periods of time. Was the reason global warming? I certainly don’t know.

What I am suggesting is that physics may not be totally linear. There may be saturation points or tipping points for phenomenon in physics that we have never seen. Looking into space has confirmed this to be true.

For example, we know that no event ever repeats itself exactly as before. We know there is predictability within the ever-changing system, but there is no way to confirm why things happen the way they do. In short, we are just guessing at the future based on what we’ve learned from the past.

Using this model to predict the future, scientists think the universe will grow colder and expand into a frigid, dark world forever. On the other hand, a very acute moment may be reached by cold matter that allows a sudden condensation into another big bang. This would truly be a large unexplained physics. But this type of unexplained physics exists and our lives are too brief to understand everything. We simply can’t see beyond time.

One of my pet ideas is that ‘life’ is caused by a natural physics of the universe, and therefore physics mimics life. I explain this using the example of a school. I say that we can clearly understand quantum mechanics by looking at human behavior at a school.

Only when you visualize atoms as a probability can you predict what atoms are doing. When you get down to individual atoms, there is no predictability whatsoever. An atom can fly all over the place and never be where it is supposed to be. That’s because atoms are not predictable except when seen as a general mass of activity.

The same thing happens at a school. When you stand back and look at all the schools together, you can predict that Monday through Friday from around 7 until around 4, students will be getting an education. You can predict that school buses will pick up and drop off at regular times.

However when you walk up close and look at individual actions inside a school, the system of predictability breaks down. In fact if you follow one student to the exclusion of others, you may find an incredible array of unpredictable behaviors from staying late to leaving at noon with a stomach ache. In fact some students will run out of class and hide, while others will not show up at all. The buses don’t always work either.


How does this relate to global warming at the poles?

The answer is about thresholds. Each animal of earth has come from a precedent. The change has never been orderly and sometimes it has been fast. but no matter how you slice the butter, we are a product of the exact physics that is taking place on our spinning metallic dynamo called earth.

This means surely the earth will evolve just as we have. It also means that what comes next will be from what existed before, but more importantly it reveals that nothing in the future will be like what existed before.

Once a threshold has been altered on earth, the physics is liable to create anything from the new mix. We know this by using life as an example of what physics will do.

Life is totally dependent on the magnetic flow around earth. 

There obviously exist physics that we don’t understand. Simply explaining life may be a perfect example. However, our greatest limitation to scientific knowledge is our brief existence as people. We certainly don’t live long enough to see physical parameters that are measured in thousands or tens of thousands of years.

One thing that history teaches us is that nothing is ever repeated exactly the same as before

Carbon is black and is among the most absorptive materials known. As a result, carbon absorbs light and gives off heat.

After carbon absorbs light, it causes heating.

Gene Haynes