Polar wandering or Polar shift has been happening since 2007.
It is about 55-60 KM per year. This messes up the Van Allen
Radiation belt protecting earth. A few large coronal mass ejections
Could render this phone obsolete. A complete pole reversal would
Be very "interesting". Match this up with the planetary alignment
Happening in Dec. 2012 and maybe the Mayan's were right.
Planetary alignments occurred in 1962, 1982 and 2000. The term alignment needs to be used lightly. There is a lot of space in three dimensions. It would be cool to just see the majority of planets in a "cluster", however. Bear in mind, a cluster would not really exist as the planets are at different distances.
In the news today is the topic of Internet addiction. Are they just now catching on? I have seen this for years. Not just Internet but Video Game addiction. Denial and Withdrawal is just like alcohol or other drugs.
However, isn't this just part of evolution of the human species. Not just cultural evolution or societal but "Darwinian". Those that can adapt and not be addicted will be more likely to to have functional relationships, reproduce and pass on the 'moderation' genes.
I think I'll have my vector calculus students model and calculate the gradient (Del f) and slope of the now looming fiscal cliff. I'm afraid few of us will be able to travel orthogonal to Del f and avoid it. We'll just have to find a unit vector as far off from Del f and travel that path.
Could the Higgs field (HF) be equated with the gravitational field (GF)?
This seems plausible since the Einstein Field Equations (EFE)
Describe the curvature of space time an object with mass (given by
The Higgs Boson) causes. Mass tells space how to curve, and the curvature tells mass how to move. If they can be equated (HF:=:GF), then the HF could be put in the form of f(x,y,z,t) and solved as EFE, a nonlinear system of partial differential equations, hard but possibly doable.
If the Higgs field breaks down in a black hole, then the oscillations
could not form Higgs Bosons and objects that enter the black hole
would lose their mass. They would then hover in what I will call
the NH-zone (No Higgs). This would keep the singularity from
forming and keep the problematic infinities out of General Relativity
calculations.
We should entangle two photons, send one into a black hole, and then take a measurement in a lab of the other. This might give some information about the black hole or its action, or it might break the entanglement.