31.07.:22.7: 21+20+18+16= 75 equal 18.75
Charger with stable.(+-)x-, groundwater, air.
31.07.:22.7.: must have forgot to plant the seeds)
MEOW with +N--N(its +-- just top and bottom are neodym magnets), groundwater,air.
Analysis: Minus on top can partly push back the HIM, otherwise itd be worse, but the I think due to speed of air it cant press back veray much and due to speed and upward movement it also cant cause lots of change from water. to air, buit a bit it does- Results were better with with air and stable spinner withou top mag, 19.833 on 7.7. Without air it was even better, so its the combination of air and minus on top which is bad. Two days ago it was 20.5 with minus top mag and no air, stable spinner. But in next days, I dont think spinning will do much good, as more charge just makes it be pressed back more, but waht does it help if it changes to air with so much minus?
But next thing Ill try will be ++ on bottom and all other kind of combinations.
Here is an updated model for normal and for strong mags which Ill try to prove,
but by not proving every small detail, but prove by charging stronger and getting stronger than ever was.
Handwriting is just an extra that was already in last presentation, you dont need it, its all in the text.
Model HIM:
Physical Factors:
Seeds germinate better when soaked in water.
Seeds germinate better in warmer conditions.
Seeds germinate better with higher O² levels.
Since heat is detrimental to O² levels, heat is only beneficial if additional air is circulated.
Seeds germinate better during the right season, even when grown in an indoor greenhouse.
However, this could also be due to conditions that are not fully optimized.
Summary:
HIM is a force present in water and air that behaves like an electrically antimagnetic gas. That is, it is repelled by negative poles and attracted to positive poles.
Like electricity, it has different voltage states/charge states, ranging from low to high voltage.
The voltage is increased by magnetic fields, particularly when moving through them. The degree of voltage determines how strongly it is attracted and repelled, as well as the intensity of other effects.
Like a gas, it moves from areas of higher concentration to areas of lower concentration, as if it had gas pressure. It exerts this gas pressure on itself, but presumably not on actual gases.
This gas pressure exists in both air and water and also causes it to move from one medium to another.
Presumably, there is also an inherent magnetism, i.e., HIM attracts other HIM. This is contrary to the gas pressure.
As mentioned, the strength of the gas pressure and the attraction is influenced by the strength of the voltage state.
Similar to electricity and magnetism, HIM energy also exists in two states:
Aetherized, unbound HIM, which prefers to remain in air—that is, tends to move from water into air—and manifested, bound HIM, which prefers to remain in water—that is, tends to move from air into water.
These two states have a strong influence on how HIM is charged and moved by magnetic poles; at the same time, it is primarily polar magnetic fields that cause HIM to transition from one state to the other.
A negative pole aetherizes HIM, i.e., causes manifested HIM to transition to the aetherized state, which has the side effect of causing HIM to move from water into air.
The strength of the effect depends on whether there is enough air available for HIM to move into and on the counteracting gas pressure of HIM in that air.
The negative pole also charges HIM that is already aetherized in air, but the charging effect is stronger on manifested HIM in air and on manifested HIM in water (these are both charged AND aetherized), and even stronger when the manifested HIM is aetherized and can move in air.
The positive pole does the opposite: it charges HIM that has already manifested in water, but it charges aetherized HIM in water and air even more strongly (and manifests it); it charges aetherized HIM in air—which can move into water (after it is manifested)—most strongly.
The poles not only cause a gas-pressure-like transfer of HIM from one medium to another (as when CO₂ moves from CO₂-saturated water into the air), but, as mentioned, also have a distinct magnetic effect on HIM—though HIM does not adhere to the magnet but appears to move right through it.
The positive pole attracts HIM, while the negative pole repels it. In the case of attraction by the positive pole, however, the HIM presumably moves through the magnet and is subsequently repelled by the negative pole there.
Here, too, the strength of the effect depends on the strength of the charge—and, of course, on the strength of the magnetic field.
Crucially important, however, is the state of the HIM—whether it is manifested or aetherized—as well as the medium in which the HIM is located.
The negative pole can push aetherized HIM through air, and possibly also manifested HIM through air—though with less force (in the sense that it aetherizes the manifested HIM while simultaneously repelling it)—but it cannot push manifested HIM through water. Presumably, it cannot push aetherized HIM through water either, or at most only weakly or strongly, depending on the charge state!
However, because it acts specifically on manifested HIM in water, aetherizing it and causing it to transfer into the air, it can, of course—as mentioned—cause HIM to transfer from water into the air and attract this HIM that is now in the air.
Conversely, it can draw manifested HIM through water—and possibly also aetherized HIM through water, though to a lesser extent (in the sense that it manifests and attracts the aetherized HIM)—but it cannot draw HIM through air.
However, since it acts specifically on aetherized HIM in air, manifesting it and thereby causing it to transition into water, it can attract this HIM that has transitioned into water.
It is therefore likely that either the range into the other medium is severely limited, or the process is significantly slowed down by the initially necessary transition.
It is unclear whether manifested HIM in air or aetherized HIM in water actually exists; it likely depends only on humidity or dissolved oxygen in the water.
In principle, however, HIM appears to exist independently of oxygen atoms in air and water.
It follows that air bubbled through water can introduce HIM into the water or draw it out, depending on magnetic fields, gas pressure, and attraction (the latter two depending on the amount and charge state of HIM in the water and air, respectively).
Logically, the extent to which HIM is moved by positive and negative poles between media depends heavily on the relative motion and dwell time of HIM in relation to the field.
For example, if air moves toward a positive field underwater (due to injected air bubbles) and remains there for a long time, the HIM can be effectively drawn from the air into the water. This is especially true when accompanied by horizontal movement, because, as mentioned, the strength of the effect arises not only from the presence of the field but also—though not entirely—from movement through that field.
If the bubbles rise again, negative poles can easily move the air from the water into the air; as long as they were moving downward, the HIM would have had to be moved in the opposite direction to that in which the water—and especially the air—is moving.
Conversely, air rising in the water can hardly be transferred into the water from a positive pole located above the water and air; although the HIM cannot be pulled through the air, it is pulled upward through the water in the same direction as the rising air.
However, the transition from air to water would generally have to occur downward; upward movement is only possible from the air bubbles into the water, not from the air above the water’s surface. Furthermore, due to the rapid movement of the bubbles, there is very little time and space available for this process.
A negative pole above the water, on the other hand, can push the HIM—which is rising with the air—downward; however, the air is slightly too fast for this, and the HIM cannot return to the water due to the effect of the negative pole.
Strictly speaking, it should transition from the water into the air, but this is largely prevented by the opposite direction of the HIM’s movement. Nevertheless, a “HIM carpet” should form above the water’s surface, growing stronger until a permanent back-and-forth motion is established.
With weak magnets, the transition from one state to another is a stronger effect than the push-pull effect. However, the more frequently the HIM changes states and the more it is charged, the greater the influence of the push-pull effect becomes; since this effect is what brings the HIM into the effective range in the first place, it is more important than its seemingly lower strength would suggest.
It follows that:
Positive poles at the bottom or on the side of a glass vessel containing HIM-rich water charge the HIM or presumably even draw more of it in through the glass, since the effect seems somewhat too strong for mere charging, even without air.
Or new HIM is attracted by the inherent magnetism.
They are more effective than negative poles at the bottom and on the side, especially with air present.
Pluses at the top allow the HIM to transfer into the water if the air isn’t moving too fast—that is, not too much. However, with bubbling air, they can only cause a portion of the escaping HIM to return to the water; nevertheless, the effect is significantly stronger than with minuses at the bottom or sides.
Negative poles at the bottom or on the side aetherize the HIM and cause it to off-gas—that is, to transform into air—especially when air is bubbled through the water.
In this case, the total strength (i.e., the combination of quantity and charge state) decreases; without air, it can easily increase because the HIM cannot off-gas as easily. Also, depending on the negative poles, a positive pole above the water is particularly effective at causing the HIM to return to the water—that is, at preventing it from discharging and charging it more strongly.
In this case, with air, the negative poles charge more strongly and the positive pole can prevent less HIM from discharging; without air, the negative poles charge less strongly, but the positive pole can prevent more HIM from discharging and push it back with a stronger charge.
However, since the positive pole pointing downward is simultaneously a negative pole pointing upward, no HIM can be added, and this variant without air is not very effective at charging.
A negative pole above the water prevents the HIM from escaping; the effect is particularly strong with air—where the charge and quantity are greater—especially after positive poles.
At least when the airflow isn’t too strong, the HIM is pushed back, while the effect of causing the HIM to transition from water to air—due to the upward movement of the air—is blocked, thus counteracting the potential effect of the transition from water to air.
Here, in contrast, the HIM transitions from air to water.
Similarly, a positive pole on the ground appears to be able to draw the HIM out of the air only as long as it is moving downward.
This again points to the high relevance of the push-pull effect compared to a purely independent change of medium in the case of weak magnets.
Both polarities are strongest in the presence of a magnet of opposite polarity, but only because the HIM is then in the state—and, if applicable, the medium—in which the respective polarity has the strongest effect.
However, if the correct medium is missing, no strong effect can occur. Without air, positive poles do not seem to be very effective for overall strength; they presumably pull the HIM through the glass and out of the water.
Here, negative poles are strongest at the bottom and above the water, or only above the water. They presumably keep the HIM stable in the center or prevent it from dissipating while new gas accumulates unhindered.
Strong magnets:
HIM can even be moved through the opposite medium—pulled by Plus through air, pushed by Minus through water.
However, not as strongly as through its actual corresponding medium.
And here, just as in the actual corresponding medium, the pull/push is stronger on HIM in its corresponding mode, not—as with a charge—stronger on the opposite mode.
This means that the positive pole can pull HIM—which is most strongly, if not exclusively, manifested—through air. The negative pole can primarily push aetherized HIM through water.
Presumably, the difference is not that great in practice, since, for example, a positive pole manifests aetherized HIM and can then pull it through air.
However, with stronger magnets, the influence of the medium change (air → water, water → air) is greater than the influence of the push-pull effect in relation to each other and compared to weaker magnets.
Due to the stronger influence of the push-pull effect on more strongly charged HIM, this difference in the strength of the effects naturally becomes smaller as the charge strength increases.
For example, a negative pole pointing downward above the water behaves differently here; it exerts more downward pressure and can, in principle, push the HIM back into the water more effectively, but it also causes far more aetherization—that is, far more of it transitions from water to air. However, the positive pole pointing upward actually attracts the HIM from the air, so it is pushed downward even more! It is unclear whether a negative pole above the water is better or worse overall than with weaker magnets; above all, it behaves differently
A positive pole above the water completely shields the water, because the upward-pointing negative pole does not allow any HIM to pass through. If the vessel containing water is placed inside a tight-fitting container, the entire container is shielded, and no HIM can be introduced through the inherent magnetism; only HIM can be more easily released through the positive pole.
That is why a positive pole from above is problematic with strong magnets. Strangely enough, it seems to be even worse with air, which suggests that at this strength, HIM from the positive pole is actually drawn through the air, so that it never reaches the water in the first place.
Minus above the water doesn't seem bad. It's just that after a lot of Plus without air, it probably etherizes the HIM here so it can fly away.
But after a negative charge when the Him is already etherized—if air is introduced so that etherized Him is brought in—it pushes it back and prevents it from escaping. After a negative charge with air, it naturally pushes it back more, but the air also allows more to escape; the effects balance each other out, so air makes no difference here.
Positive and negative charges underwater increase the overall strength slightly.
HIM is manifested and attracted by the positive pole, but aetherized and repelled by the negative pole; however, without air, it cannot be repelled as strongly as it is attracted by the positive pole.
Air still increases the overall strength, as it introduces more HIM and moves the HIM through the fields, but of course, more can also be aetherized and carried away this way.
Rotating magnets on the bottom beneath the water are beneficial because the HIM moves more vigorously through the magnetic fields and thus becomes more strongly charged. Depending on the speed, when the positive and negative poles alternate, the negative pole may not be able to push the HIM away, but the positive pole may not be able to attract it either, so it remains somewhat unbound in the water.
Air is also beneficial here for the overall strength, as more HIM is drawn in. Of course, more exhaust gases can be emitted as well, but at this strength, HIM is pushed away anyway, and whether the HIM can be pushed into the air by the negative pole depends on the speed of rotation and thus the duration of exposure to the negative field.
A stirrer is counterproductive with air because it moves the HIM along with the magnetic fields, thereby slowing down the movement through the magnetic fields. Furthermore, its opposing magnetic field partially cancels out the lower positive and negative fields. Thus, less charging occurs. Without air, the rotating stirrer makes no significant difference—it’s likely slightly beneficial for the charge due to increased movement, but the fields cancel each other out.
To be proven:
More movement = more charge
Negative charges are stronger; + aetherized HIM flies away more easily
Lid Effect vs. Mag Effect (raised lid?, second chamber at the top?)
Ideas:
-Negative pole at the top to collect the HIM. (Negative pole at the bottom to collect it—raise the MEOW or charger?)
-Additional collector at the bottom?
-2 opposing magnets to keep the HIM in the center.
E.g. Minus at the top and bottom, 2 positive side magnets?
-Spin faster
-Lid with a hole and a ring magnet (minus down)
-Inlet and outlet; use exhaust air at the top to push the HIM back (HIM exchanger,
Like a heat exchanger, but with HIM); collect HIM on the side.
-Return degassed HIM
-Electrolysis
New experiments shedule:
spinning ++x+ air
spinning ++x+ with 2 negative at sides air
spinning ++x+ with 2 positive at sides air
spinning++x- air
spinning++x- with 2 negative at sides air
spinning++x- with 2 positive at sides air
spinning--x+ air
spinning--x- no air
spinning--x- air
spinning--x- with 2 plus at sides air
spinning--x- with 2 plus at sides no air
spinning--x- with 2 minus at sides air
spinning--x- with 2 minus at sides no air
Meow +-x air
Meow -+x air
Meow -x- no air
Meow +x+ pulser
Meow +x- pulser
Meow -x- pulser
Meow -x+ pulser
Bong with a negative down at the top inlet, a positive up at the bottom, a negative down at the neck,
and a positive at the kickhole.
Bong with a negative down at the top inlet, a positive down at the bottom inlet, a positive up at the bottom,
a negative down at the neck, the kickhole closed, and a positive opposite the inlet.
Lid for Meow with a magnetite layer and two ring magnets, minus down for the inlet, and also minus down for the outlet. Both with a hose. Optional Y-piece at the outlet with a second minus down at the outlet, plus down at the backflow to the inlet with one more plus against the direction of flow, the same as the inlet ring magnet to be added later. Or another design based on the HIM blow-off collector.
