Understand the solar system influence and earth change aspects.
Educate yourself, it’s taken me 13 years to understand all this but hopefully these posts will fast track your field of knowledge.
Wind Speed (Yellow)
There is a constant stream of particles flowing from the Sun outwards into the solar system. Solar wind speed is the rate that these particles are moving as they pass the measurement station. Typical, ambient, solar wind speed is around 300 kilometers per second. During a strong high speed wind stream generated by a coronal hole wind speeds can increase to between 500 and 750 km/s. Strong CMEs will also register high wind speeds, and can sometimes be in excess of 1000 km/s. High solar wind speed on it’s own typically won’t indicate that there should be aurora, but high solar wind speed can magnify the impact of the other three factors on this chart. Wind speed also impacts the lag between when charged particles and interplanetary shocks hit the satellite and when they arrive at Earth. Faster wind speeds carry those particles and charge faster. The lag determines how far in advance the wingKP model can predict KP values.
Proton Density (Orange)
Density is a measure of the number of particles that are being carried in the solar wind stream. As the density increases, the force displacing the magnetosphere increases. The combination of high density and strong solar winds together can be enough to create an aurora display. The units on the graph are parts per cubic centimeter, p/cm3, and anything above 30 is very dense. 30 protons per cubic centimetres may not sound like much, but remember this is space, and there are a lot of cubic centimetres.
Bt (white)
Bt is a measure of the strength of the magnetic field at the ACE satellite. Bt reacts to the interaction between the magnetic field of earth and the magnetic field generated by the particles being carried in the solar wind. Imagine a large cloud of particles, produced by a CME on the Sun, that carry a magnetic charge passing Earth, they will exert a magnetic force on Earth as they pass. Bt measures the strength of as it passes.
Bz (red)
Bz is a measure of the direction of the magnetic field at ace. The field is three dimensional, so there are three components in the magnetic force, Bx, By, and Bz. ‘Bz’ is the strength of the field from the sun out through the Earth, ‘By’ is the strength along the parallel cutting from East to West across the equator, and ‘Bz’ is the parallel from the South to North Pole. Of the three, Bz has the most impact on aurora. When Bz is north (positive) the magnetic arriving from space line up with Earth and there is little interaction. When Bz is south (negative) it is opposite Earth’s poles and there can be significant interaction – producing aurora. Thus, a negative Bz is almost required for aurora. All the other factors can be favorable, but if Bz is positive, pack up your camera and go home. The longer the Bz has been negative and the stronger it is negative the stronger the aurora will be. However, if the strength of the magnetic field is low, and the Bz is only registering -1 or -2 nT, aurora will be unlikely.
PHI (blue)
The phi determines whether the Interplanetary Magnetic Field (IMF) is pointed towards the Earth or away from the Earth. As phi here is determined as [0 360] within the XY plane and in the GSM coordinate system, this means that the positive X-axis is pointing from the Earth to the Sun. This means for phi = 0 the field points to the Sun and for phi=180 the field points to the Earth.
Temp (green)
The solar wind streams plasma and particles from the sun out into space. The ‘temp’ here literally measures the temperature of the plasma, protons, electrons, alpha particles as they come in on the solar wind. The corona, the sun's outer layer, reaches temperatures of up to 2 million degrees Fahrenheit (1.1 million Celsius). At this level, the sun's gravity/electromagnetic field can't hold on to the rapidly moving particles, and it streams away from the star.
These are the basics of our suns influence on earth, the more charged particles we see, the more earth changes we see.
Charged particles hit our atmosphere, our magnetic poles pull in the particles through the magnetic attraction and that’s what makes the Auroras.
Ionisation process takes place in our ionosphere, this leads to severe weather events. Like purple plasma storms, that’s where a lot of land animals perish.
Plasma also has a natural plasma reaction with earths core due to our magnetic poles being directly connected to our plasma core (which acts as a solid). This leads to core expansion, core expansion leads to tectonic movements as the pressure builds under the plates, tectonic movements lead to earthquakes and volcanic activity.
However, the charged particle bombardment also effects absolutely every earth change on the planet..core expansion leads to warmer water anomalies, warmer waters leads to more extreme weather systems/depressions ie hurricane strength/precipitation.
Landslides, sink holes, tidal surges..everything.
Charged particles at the poles leads to ice cap reduction, which is still losing its ice gain rapidly, winter of course creates new ice but it’s still very much reducing each year with less ice extent.
Charged particles causes atmospheric compressions which compresses oh magnetosphere, if our magnetic field lines are disrupted then so is the wild life’s navigation, that’s why whales/dolphins have been washing up on shore so much because they navigate using our magnetic field..connect the dots. Same goes for birds falling out the skies in certain areas.
The sun is being bombarded itself by a second solar wind made up of lithium/helium/iron oxide..this is coming from another solar system that’s entered ours and all earth change progression over the past 20 years is because of the interaction between this system and ours.
This is why the lithium/helium charts are also rising from satellite data..again..connect the dots.
Our earths wobble is increasing due to the magnetic strength of his system in our solar system, it’s perturbing our entire system. Each time we pass it on our 365 day orbital cycle around the sun, our South Pole moves slightly as the magnetic portal connection becomes stronger, this leads to the earths increasing wobble and pole migration and with that comes the complete intermixing of our subtropical/polar jet streams, this all adds to the extreme weather ie ‘climate chaos’.
Poles have been shifting for a long time now, closer it gets, the more the polarity displacement we see.
Closer it gets, the more earth changes we see, until it crosses earths orbital path which is when the pole shift will occur, simple as that.
They will never go public with this, the world would be in chaos overnight
So below is a chart I usually use, now you can always go back to this post to see what the chart is reading and also a chart to show you the strength of CMEs (coronal mass ejections. (Notice wind speed).
I hope this helps more people understand the solar system dynamics, I know all this can be hard to take in but it’s about learning the aspects involved when it comes to the sudden earth changes that are taking place.
