Is the Chaotic Butterfly dead?
The Chaotic Butterfly flaps its wings on one side of the planet and ...
Why do certain areas have specific yearly weather phenomenons? Like the Greek Alkyonides Meres and the Meds hot period at Christmas?
Every year in the Mediterranean Sea area at the end of summer there is a "cold" spell that last for a couple of weeks. The summers are wonderfully hot with a warm wind and few clouds to be seen. Only the occasional electrical thunder and lightning storm may break the constant blue skies and sunshine. Near the end of the summer this spell of weather appears, the most noticeable effects are that the wind suddenly chills, the sun does not seem so warm and the Mediterranean can get rain and rain clouds.
After this spell of "cold" weather the weather goes warm again, warm wind and warm Sunshine but never quite as warm as before. It signals the end of the proper summer and the start of Autumn.
This cold spell hits Gibraltar and Malta, both in very different locations of the Med and especially in totally different environements for their local weather. Yet they both get the same cold spell. Is it at the exact same time or does this cold spell move across the Mediterranean Basin?
The Chaotic Butterfly flaps its wings on one side of the planet and ...nothing happens.
What is happening with this cold spell? I suspect it is the Earth triggering itself for the change from summer to winter. Either where it has reached its full charge and needs to release itself or due to its position around the sun and the change of the solar wind and other things on different parts of the earth. Something like that.
After this cold spell it will stay warm for a few weeks but then the Autumn wind, rains really hit the Med. In Malta there are immense lightning and thunder storms, these can last for days. There was even one that rumbled on and off last year for 3 weeks! Thunder and lightning storms are not produced by dust, the dust is a by product of the electrical activity and discharge. How could dust create a thunder and lightning storm that was active around the same small area for three weeks? How much energy must have been created and released?
The rain maybe helping to create the conductivity needed in the atmosphere or on the surface of the ground? Maybe the rain itself charges or changes the dry ground.
After the amazing lightning storms and incredible rain has finished (around 4-6 weeks I think) it gets warmer again, then a cool spell before Christmas but for Christmas the Mediterranean warms up before going into Winter properly.
It would be good to collect local weather temps for these periods and compare it to some sort of Electrical Universe weather data. To see what the connection is between warm and cold spells and what else is happening.
The Alkyonides Meres Chaotic Butterfly killer?
Every year in Greece the weather at the start of January warms up. Not only does it get warm but the Greeks also notice that the days are cloudless. This lasts a couple of weeks every year. If the Earths weather is fairly random how do you get this constant patterns? If the Earths weather is part of an electrical circuit then this would help to start to explain these weather phenomenon.
The Chaotic Butterfly flaps is wings on one side of the planet and nothing happens on the other side. The Chaotic Butterfly has no effect. The Chaotic Butterfly is dead. The earths weather systems are an electrical circuit, influenced by positive/negative feedback loops on Earth and the electric circuit in an Electric Universe. The weather/universe is not controlled by a maths formula, scientists are controlled by maths. If the Chaotic Butterfly effect existed outside the Maths Universe then the greek Alkyonides Meres weather phenomenon could not exist.
What else in the Maths Universe exists only in the equations of the sceintists. What other theories are extensions built on the maths house on the sand?
If you doubt that weather is not controlled by the Electric Universe but powered by the heat of the Sun then why does it get windier on planets the further away from the sun they are? The strongest winds in the Solar System exist on the planets that receive virtually no heat.
