Here I explain the concept:
https://youtu.be/NuKK2ItjqoI
This project is based on the Tesla magnifying transmitter, which was a wireless power transmission system developed by Nikola Tesla in the early 20th century. In this specific project, a flat coil is used with a scalar wave generator. Scalar waves are a type of electromagnetic wave that is different from the conventional electromagnetic waves that we are more familiar with, such as radio waves or microwaves. Scalar waves are believed to exist in higher dimensions and have special properties, such as the ability to transmit energy without losing power over long distances.
The scalar wave generator produces scalar waves that resonate with the scalar coil. This resonance converts the scalar waves back into an electromagnetic field, which can then be rectified back into pulse DC using a rectifier circuit. The resulting pulse DC is used to charge a battery pack.
The battery pack consists of three AAA batteries that are charged using this system. The batteries can be rechargeable or non-rechargeable. The pack is housed in an old gamepad, which has been converted into a battery holder. The battery pack has four bars that indicate the battery level, which hardly takes any input current because the current is not much.
Underneath the battery pack is the scalar generator, and next to it is the scalar coil that picks up the electromagnetic field and converts it back into an electromagnetic wave. The induction light is placed near the coil and reacts to the scalar coil's field. Without the coil, there is no light, so the coil must be present to produce the field.
The system takes an input, and the output is more than the input due to the magnifying properties of the scalar waves and resonance. The power source can be turned off, and the battery pack will continue to hold the charge. The process doesn't take much power out of the input source, making it an efficient way of charging batteries.
Overall, this project demonstrates the concept of using Tesla's magnifying properties with scalar waves and resonance to charge batteries. Although Tesla was working on a much greater scale, this project showcases the potential of this technology on a smaller scale.
https://youtu.be/NuKK2ItjqoI
This project is based on the Tesla magnifying transmitter, which was a wireless power transmission system developed by Nikola Tesla in the early 20th century. In this specific project, a flat coil is used with a scalar wave generator. Scalar waves are a type of electromagnetic wave that is different from the conventional electromagnetic waves that we are more familiar with, such as radio waves or microwaves. Scalar waves are believed to exist in higher dimensions and have special properties, such as the ability to transmit energy without losing power over long distances.
The scalar wave generator produces scalar waves that resonate with the scalar coil. This resonance converts the scalar waves back into an electromagnetic field, which can then be rectified back into pulse DC using a rectifier circuit. The resulting pulse DC is used to charge a battery pack.
The battery pack consists of three AAA batteries that are charged using this system. The batteries can be rechargeable or non-rechargeable. The pack is housed in an old gamepad, which has been converted into a battery holder. The battery pack has four bars that indicate the battery level, which hardly takes any input current because the current is not much.
Underneath the battery pack is the scalar generator, and next to it is the scalar coil that picks up the electromagnetic field and converts it back into an electromagnetic wave. The induction light is placed near the coil and reacts to the scalar coil's field. Without the coil, there is no light, so the coil must be present to produce the field.
The system takes an input, and the output is more than the input due to the magnifying properties of the scalar waves and resonance. The power source can be turned off, and the battery pack will continue to hold the charge. The process doesn't take much power out of the input source, making it an efficient way of charging batteries.
Overall, this project demonstrates the concept of using Tesla's magnifying properties with scalar waves and resonance to charge batteries. Although Tesla was working on a much greater scale, this project showcases the potential of this technology on a smaller scale.
