Contra rotation

(Just look up: Hawaii GFS.)

In the original series from the Hawaii meteorology department of wherever, you can move through the series one chart at a time. What happens next reminds me of a scene from Gifted

A prodigy being raised as a normal child has mathematical abilities that come to the attention of her grand-mother in a fairy tale separation story whose foil is the Navier/Stokes problem.

The solution is shown in the animation as the fluids involved go~critical. The cyclone off Japan is elongating into what is called a trough. the cause of these complications is ignored by current physics for reasons that are not clear to me.

Normally when a tropical storm develops a twin core the paths of the eyes diverge. This one is on the verge of the subtropics where the outer wall of the storm is being held together by some strange attractor. Possibly the increased temperature range between the source of the storm and cooler northern waters.

Obviously much more than that is going on here and I hate to impose a theory that might stick as I always have difficulties working out the next step when I am wrong. Just because you impose a solution it doesn't follow that the cyclone will follow it. It may be holding a grudge.

So what can we see?

Three equally spaced cyclones only two of which have developed eyes.

By Monday morning there is only one with a cored eye. It has remained static while the other one of the pair has rotated to the north west by 45 degrees to the central core and disappears in a splash by Tuesday the 25th July 2017.

On Wednesday the westernmost storm recharges and begins to develop an eye. The pair move in tandem as if attached by a connecting rod.

By Friday the 28th July the missing cyclone rebuilds at its original position relative to the other two.

By Saturday, the central storm starts bleeding out as the elongation extends to the east.

By the 1st of August the system has gone critical, actually the engine driving things has come apart on the 31st July.

The whole system comes apart as the constituents go their separate ways at this time it is likely that a large eruption has taken place some 80 degrees from the action.


Actually earthquake swarms are more likely but this whole system has been an hey! ride. Earthquakes arrive with the demise of storms but these have been demising all week long. Notice they are still keeping in line with the  ones on the East Pacific.

That is the story so far. The model is only run to 384 hours but that is way further than contemporary meteorology likes to go because of incremental failures in the system (such as volcanoes and earthquakes.)

I think the meteorological charts are a service to astronomers who have to fit classes in with observations. Even so, 16 days is incredible. Wait until we learn how the solar system operates though:

 7.7M.198km ESE of Nikol'skoye, Russia 2017-07-17 at 23:34 (UTC)

Earth is lined up with Mars through Sol but Jupiter is lined up through to Uranus with Earth/Mars in the fulcrum.

As the line falls apart we will be getting plenty of spin out of it.

Especially by the 31st, with Mercury in retrograde motion.

Or is Mercury there to act like a shim. How un/believable is that?

Chart for the 17th July 2017:

Corrections usually indicate the polarity of rotation an air mass develops. At this distance it inevitably means a wind storm not considered earlier. The forecast isa for Noon at 72 hour distance. with a warm front spiral in a Low 9976 mb approaching Britian with a cold front over the coast of Europe both signals of volcanic eruptions.)

The next day the warm fronts are trapped at the gates of the North Sea they will be heading for the Arctic where a storm will reduce apparent ice cover because of deepening.

Storms in the middle of the Arctic do not increase the temperatures of the sea they merely pile the ice higher exposing more of the surface to the open air. I believe that this is the way polar ice sheets develop in the Arctic.

I may be wrong. But I am not wrong in saying that a large erupion is taking place in a few days. But where?