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Groundbreaking Scientific Discovery! A Trillion-Dollar Market Is About to Emerge!
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Groundbreaking Scientific Discovery! A Trillion-Dollar Market Is About to Emerge!
On Wednesday, September 25, 2024, at 11:14 a.m., I suddenly received a video on my phone from Mr. Xu, the general manager of Anhui Develop Amorphous Materials Co., Ltd., located in Lujiang, Hefei.
Recently, we have been collaborating on experiments involving generating gravitational fields using varying electromagnetic fields.
In the video, I saw that they cut a slit into a ring made of nanomaterials and placed a small piece of paper at the slit.
The ring was wound with enameled wire, and both ends of the wire were connected to an AC power source. When the voltage was adjusted to 150 volts and then instantly disconnected, the small piece of paper moved violently.
Later, they hung a yellow epoxy circular plate, 3 mm thick, at the cut of the ring.
The experiment revealed that when the power was turned on and off, the yellow epoxy plate rotated intensely.
The sounds heard in the video were caused by the use of an AC contactor to control the coil’s on-and-off status, not from the coil itself.
Later on, they conducted tests with 12 volts of DC power and also observed the effect.
Today, I used five discarded 12-volt batteries to produce 56 volts of DC power and found a noticeable rotational effect as well.
The yellow epoxy plate is a strong insulating material. Observing such intense rotation under a low voltage (12 to 150 volts) cannot be explained by polarization effects, electrostatic motor effects, or ion wind effects. It can only be explained by the phenomenon of a varying magnetic field generating a vortex gravitational field.
This experimental discovery is groundbreaking, a major scientific finding of great significance. Even though mainstream science may not acknowledge that varying electromagnetic fields produce gravitational fields, the strong electromagnetic force driving insulating materials—and potentially any kind of material—has extensive applications and could lead to a market worth trillions of RMB.
For example, electromagnetic devices could be used externally on the human body to forcefully drive blood circulation, playing a significant role in emergency medical situations.
It could also be used to clear cardiovascular blockages and purify blood.
By driving blood clots in the brain externally, it could potentially dissolve cerebral thrombosis.
This method would not require surgery, making it particularly safe and highly efficient for treatment.
Eventually, combined with computer programs, this technology could be used to remove cancer cells, viruses, bacteria, and more, leading to a revolutionary transformation in human healthcare.
In industrial manufacturing, operations could be performed from the outside of a vacuum chamber, allowing for the production of many high-purity products, leading to a qualitative leap in chip manufacturing.
Numerous external drive technologies would emerge, such as driving a water pump without immersing bearings in water—simply driving the water flow externally along the pipe.
In industrial production, this technology would allow for internal manipulation of objects, enabling the processing of products that were previously unachievable.
Humankind will gain control over a powerful new tool.
Most people may not realize the immense value of this experiment.
This is a significant scientific breakthrough, and we will continue to carry out related experimental research.
This is room-temperature technology, unrestricted by material limitations, and new products that use electromagnetic drives for insulating objects will soon appear in human life.
We have already submitted a patent application; of course, a single patent cannot cover an industry of such massive scale worth trillions.
The key is to be the first to act. If we don’t apply for the patent, others might register it before us, and in the face of enormous profits, they could suppress our continued research and development.
On Wednesday, September 25, 2024, at 11:14 a.m., I suddenly received a video on my phone from Mr. Xu, the general manager of Anhui Develop Amorphous Materials Co., Ltd., located in Lujiang, Hefei.
Recently, we have been collaborating on experiments involving generating gravitational fields using varying electromagnetic fields.
In the video, I saw that they cut a slit into a ring made of nanomaterials and placed a small piece of paper at the slit.
The ring was wound with enameled wire, and both ends of the wire were connected to an AC power source. When the voltage was adjusted to 150 volts and then instantly disconnected, the small piece of paper moved violently.
Later, they hung a yellow epoxy circular plate, 3 mm thick, at the cut of the ring.
The experiment revealed that when the power was turned on and off, the yellow epoxy plate rotated intensely.
The sounds heard in the video were caused by the use of an AC contactor to control the coil’s on-and-off status, not from the coil itself.
Later on, they conducted tests with 12 volts of DC power and also observed the effect.
Today, I used five discarded 12-volt batteries to produce 56 volts of DC power and found a noticeable rotational effect as well.
The yellow epoxy plate is a strong insulating material. Observing such intense rotation under a low voltage (12 to 150 volts) cannot be explained by polarization effects, electrostatic motor effects, or ion wind effects. It can only be explained by the phenomenon of a varying magnetic field generating a vortex gravitational field.
This experimental discovery is groundbreaking, a major scientific finding of great significance. Even though mainstream science may not acknowledge that varying electromagnetic fields produce gravitational fields, the strong electromagnetic force driving insulating materials—and potentially any kind of material—has extensive applications and could lead to a market worth trillions of RMB.
For example, electromagnetic devices could be used externally on the human body to forcefully drive blood circulation, playing a significant role in emergency medical situations.
It could also be used to clear cardiovascular blockages and purify blood.
By driving blood clots in the brain externally, it could potentially dissolve cerebral thrombosis.
This method would not require surgery, making it particularly safe and highly efficient for treatment.
Eventually, combined with computer programs, this technology could be used to remove cancer cells, viruses, bacteria, and more, leading to a revolutionary transformation in human healthcare.
In industrial manufacturing, operations could be performed from the outside of a vacuum chamber, allowing for the production of many high-purity products, leading to a qualitative leap in chip manufacturing.
Numerous external drive technologies would emerge, such as driving a water pump without immersing bearings in water—simply driving the water flow externally along the pipe.
In industrial production, this technology would allow for internal manipulation of objects, enabling the processing of products that were previously unachievable.
Humankind will gain control over a powerful new tool.
Most people may not realize the immense value of this experiment.
This is a significant scientific breakthrough, and we will continue to carry out related experimental research.
This is room-temperature technology, unrestricted by material limitations, and new products that use electromagnetic drives for insulating objects will soon appear in human life.
We have already submitted a patent application; of course, a single patent cannot cover an industry of such massive scale worth trillions.
The key is to be the first to act. If we don’t apply for the patent, others might register it before us, and in the face of enormous profits, they could suppress our continued research and development.
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