April 2027, Liangguo Rocket City
"Are you saying that 240 BPM, 4 Hz frequency is relevant to earthquake prediction?" David asked Professor Braun.
"Yes, extremely low frequency (ELF) technology has been a hot topic in recent decades and has good applications in submarine communications, earthquake prediction, underground exploration and other fields."
Professor Braun continued: "Several major countries are known to have built long-wave transceiver networks to monitor electromagnetic signals and their changes emitted by underground natural sources in the 4 Hz to 80 Hz frequency band for earthquake prediction."
Professor Brian continued his explanation.
Tesla believed that super-light waves, or "dynamic ether", had extremely long wavelengths, and only stars could be incident by them, while planets and other objects were diffracted because their "size" was smaller than the wavelength.
It's like standing on a reef at the seaside and observing. The waves are rolling in, bypassing a wooden stake inserted in the water, and the energy hits the larger reef, making a crackling sound.
The wooden pile in the water was not knocked down by the waves, or even affected, because its cross-sectional diameter was much smaller than the wavelength of the waves and was diffracted, so it had almost no response to the huge energy of the waves.
The first reaction of normal people when hearing the ultralight wave hypothesis is: Why can’t I feel it?
Because the "size" is too small, the object is equivalent to a "wood pile" in the sea water and cannot be incident by the wavelength of the waves.
The diameter of the sun is large enough. If there are really super-light waves, they will instantly hit the sun from all directions, inject it with a large amount of energy and "ignite" the sun.
If one of the ultra-light waves is diffracted from other stars such as Jupiter, then the effect of this ultra-light wave and other unblocked waves entering the sun, or the energy absorbed by the sun, should be different.
The surface of the sun is not a flat photosphere. The detailed structure of the photosphere's surface shows "rice grain"-shaped spots, with dark areas and bright areas interlaced.
According to the logical understanding of super-light waves, those dark area spots are the projections of stars in the entire Milky Way, or even the entire galaxy in the universe, blocking super-light waves.
Since stars are relatively stationary, when fast-moving planets and other stars overlap and block the shadow, it will cause huge changes in the energy absorbed by the corresponding areas on the sun's surface.
Triggering the movement of the magnetic field, the shadow part cools down to form sunspots, and the edge of the shadow heats up and explodes to form a solar flare.
Sunspots are generated and changed periodically. The main sunspots in each cycle are always generated around 30 degrees north and south latitude of the sun and gradually move to lower latitudes. At 15 degrees north and south latitude, the sunspots enter their maximum period. This is the famous "Butterfly Picture".
Seeing this "butterfly picture", everyone will be shocked and think deeply.
why?
Sunspots only appear close to the ecliptic plane, between plus and minus 30 degrees latitude, and they are so periodic and regular.
It is simply impossible without an influence and determining factor other than the sun!
The main planets and satellites of the solar system all orbit on the ecliptic plane. The asteroid belt composed of millions of asteroids almost all has an orbital inclination of less than 30 degrees relative to the ecliptic plane. Among them, about 90% of the asteroids have an orbital inclination of less than 30 degrees. 15 degrees.
The positional relationship between the planets, satellites and asteroid belt and the ecliptic plane has an obvious correspondence with the distribution area of sunspots.
In Tesla's ultra-light wave logic, this is easily explained. The main planets and satellites of the solar system are concentrated on the ecliptic plane.
The sun's rotational tilt relative to the ecliptic is only 7.25 degrees, so sunspots are concentrated in these blocked areas.
There are few fast-moving obstructions in the Sun's North and South Poles, so it's not surprising that no sunspots form.
The current mainstream theory is that sunspots are entirely caused by the imbalance of magnetic field movement inside the sun.
If sunspots were entirely produced by internal mechanisms, then they should appear randomly anywhere on the sun's surface.
It is difficult for existing theories to explain why sunspots are always concentrated at low latitudes?
In particular, there are intensive outbreaks within 15 degrees north and south latitude, while there are almost no sunspots in the area above 60 degrees north and south latitude.
"I hope the obstruction I mentioned did not mislead you. In the final analysis, sunspots are energy reactions inside the sun, not so-called shadows. The super-light wave theory does not deny that sunspots are the result of magnetic field reactions inside the sun. It only discusses the generation of triggers of the response," Professor Braun added.
There is also some evidence to support the "obstruction theory" of super-light waves. For example, the size of sunspots. The diameter of most sunspots ranges from a few hundred kilometers to tens of thousands of kilometers, which is exactly the size of asteroids, satellites and planets.
The largest sunspots have a diameter of 200,000 kilometers, less than two Jupiters in diameter, which is exactly the size of the giant planets when they collide.
On June 22, 2000, Jupiter and Saturn joined together, producing a large area of sunspots on the surface of the sun. The heliocentric longitudes of the two giant planets crossed each other. On July 14, the sun erupted with an X5.7-magnitude flare.
On November 2, 2020, Jupiter and Saturn were in conjunction with each other again. On that day, the Chinese Space Administration observed that a large sunspot was forming. On the 3rd, it was confirmed that it was a large sunspot group, numbered: AR2781.
On the 6th, when the sunspots were facing the Earth, the photo was very clear. A larger sunspot group had blurred edges and was probably the projection of Jupiter and its satellites. The other smaller sunspot group had clear edges and was perfectly round. It was probably Saturn. projection.
Tesla believed that at any point in the universe, such as the sun as the center (not that the sun is the center of the universe), super-light waves are emitted from all directions and are blocked by stars in the Milky Way, creating light and dark areas with different energy densities on the sun. .
At the same time, after reaching the solar system, it is blocked by a large number of asteroids within plus or minus 30 degrees of the ecliptic plane. If the relatively reduced energy of this blockage happens to overlap in the dark area, it will cause the temperature of this area of the sun's surface to be lower, forming a sunspot phenomenon.
On the basis of a large dark area, if it encounters the superimposed obstruction of planets and satellites, larger sunspots will be formed.
Tesla believed that the sunspot cycle was based on the revolution cycles of Jupiter and periodic resonance asteroids, and was formed together with other giant planets, near-Earth planets, satellites and even comets.
The average 11.2-year cycle of sunspots supports this theory.
David said: "The hypothesis of super light waves is too bold. It does sound a bit crazy and is difficult to accept at the moment."
"The core idea of modern science is-" Professor Braun paused briefly and then said:
"Bold assumptions, careful verification. It can be falsified, and it can predict!"
Tesla once predicted that comets crossing the ecliptic plane would cause more intense solar activity, which has been confirmed by our observational data over the years. For example:
Comet Ison (C/2012 S1) crossed the ecliptic plane on November 9, 2013, and on October 29 of the same year, the fourth X-class solar flare occurred within a week.
On November 6, a large X-ray flare (magnitude X3.3) erupted in the active area AR1890 (S11E36) on the east side of the sun.
On November 9, the large sunspot AR1890 had a "Beta-Gamma-Delta" magnetic field, which provided energy for X-class solar flares.
On November 10, as predicted, sunspot AR1890 released another X1-class flare.
Comet Okameton (C/2013 V5) passed through the ecliptic plane on December 21, 2013. On December 20, a huge coronal hole was formed on the surface of the sun.
On the 21st, new sunspots AR1934 and M-class solar flares were produced.
On October 16, 2014, the comet passed through the ecliptic plane, and the sunspot group AR2192 entered the visible solar plane on October 17.
The area was largest on October 27, reaching 2,750 solar area units, dozens of times the size of the Earth, making it the largest sunspot since 1990.
Comet (C/2022 E3) reached perihelion on January 12, 2023, and sunspots AR3181, AR3182, and AR3184 exploded three consecutive X-class solar flares.
Crossing the ecliptic plane on February 12, sunspot AR3217 erupted with an X-class flare on the 11th.
Coinciding with the once-in-30-year encounter between Saturn and Regulus, the giant comet Mekhize 1 (96P) with a diameter of more than 6 kilometers crossed the ecliptic plane and reached perihelion (0.12 AU) on January 31, which caused the first The solar activity in this quarter is unusually strong, advancing the predicted solar maximum year (2025) by more than two years.
2023 has also become the hottest summer on record.
The latest research results of an astronomer show that the positions of satellites are also related to solar activity. The best example is the satellite of Uranus.
Uranus is unique in that its axis of rotation almost "lies" flat on the orbital plane, with an inclination of up to 98 degrees. There is always a pole pointing toward the sun near its winter and summer solstice.
This makes the orbits of Uranus's 27 known satellites like a game Frisbee. As Uranus orbits, the Frisbee gradually turns sideways from being "upright" in a line facing the sun until it is fully unfolded, and the entire disc does not block each other. Facing the sun.
"This is a combined picture of 18 Uranus satellites with almost zero orbital inclination. When the angle between the satellite orbital plane and the line connecting the center of the sun and Uranus is zero, the satellites spend half of the time hiding behind Uranus, and even if they go in front of Uranus, they will not interact with each other. The shading offsets the effect, and there are fewer sunspots.”
"When the angle is 90 degrees, the orbital plane is completely perpendicular to the line connecting the sun, and every satellite faces the sun without any obstruction, so there will be more sunspots. What is even more incredible is that with the zero point as the center, the daily average sunspots The Wolf numbers are completely symmetrical on the left and right sides of the graph!"
"This kind of symmetry and strong correlation cannot be explained by existing theories. According to existing theories, Uranus's satellites have nothing to do with sunspots. The points on this map should show a chaotic random distribution." The professor continued:
"David, look at this picture. Does it look like a bat? There are wings raised high at both ends, a mouth in the middle, and eyes on both sides of the mouth?"
The boring theory came to an end, David exclaimed:
It is not a coincidence of one satellite, but a total of 18 satellites with different orbits showing amazing symmetry and consistency!
Then he looked at the picture and echoed:
"It looks like, it really looks like! There was a famous butterfly picture before, let's call this one a bat picture!"
