Unveiling the Truth behind a Giant Perendev Perpetual Magnetic Motor

Unveiling the Truth behind a Giant Perendev Perpetual Magnetic Motor

Table of Contents

1. Introduction
2. The Perpetual Motion Motor
3. Visualization of the Magnetic Field
4. The Principle Behind the Motor
5. The Weaknesses of the Principle
6. The Cost of the Motor
7. Mike Brady and His Device
8. The Ingenious Principle
9. Visualizing the Magnetic Field
10. The Trick Used by Mike Brady
11. Unilateral Weakening of the Magnetic Force
12. The Asymmetric Magnetic Field
13. The Challenges and Limitations
14. Conclusion

Introduction

In this article, we will explore the concept of a Perpetual Motion Motor and examine how it works. We will also discuss the visualization of the magnetic field and uncover the principle behind the motor. Additionally, we will delve into the weaknesses of this principle and analyze the cost of the motor. Furthermore, we will shed light on the story of Mike Brady and his device and understand the ingenious principle he used. Lastly, we will explore the challenges and limitations of this motor.

The Perpetual Motion Motor

The Perpetual Motion Motor is a device that aims to generate energy endlessly. It consists of 30 individual disks, each with two rings of 20 magnets attached in opposite directions to repel each other. These magnets create a repulsive force that allows the device to rotate independently, generating energy as it spins. The inventor believes that this motor can solve the world's energy problem.

Visualization of the Magnetic Field

To understand the working of the Perpetual Motion Motor, it is essential to visualize the magnetic field. Instead of invisible magnetic waves, we can use gravity to represent the magnetic field. By using a glass block with a hollow and a marble ball, we can illustrate the attractive and repulsive forces between magnets. The colors red and blue indicate different poles that attract or repel each other.

The Principle Behind the Motor

The principle behind the Perpetual Motion Motor is simple yet ingenious. It harnesses the repelling force of magnets to create perpetual motion. When a magnet is repelled by another magnet, it moves into the magnetic field of a third magnet with the same polarity, from which it is repelled again. This continuous movement can potentially result in infinite motion.

The Weaknesses of the Principle

While the principle of the Perpetual Motion Motor may seem promising, it has its weaknesses. The device relies on the assumption that magnets will continuously repel each other in a chain reaction. However, in reality, magnets tend to avoid the fields of other magnets with the same polarity, making it challenging to achieve perpetual motion.

The Cost of the Motor

Building a Perpetual Motion Motor is not a cheap endeavor. With a total of 1,200 magnets, each costing around 3 euros, and additional components being laser cut, the estimated cost of this motor is around 5,000 Euros. This high cost raises questions about the feasibility and practicality of such a device.

Mike Brady and His Device

Mike Brady, an adventurer, successfully sold many Perpetual Motion Motors for a profit. However, his success was short-lived, as he was later imprisoned and expelled from the country. While Mike Brady was unable to get his device to work himself, it does not necessarily mean that the principle cannot work.

The Ingenious Principle

The principle used in the Perpetual Motion Motor is indeed ingenious. It harnesses the energy of magnets to create and sustain motion. By utilizing the repelling force between magnets, the motor converts this force into continuous movement in a specific direction.

Visualizing the Magnetic Field

To better understand the principle, let's visualize the magnetic field using our gravity analogy. When magnets with the same polarity are brought closer together, an attractive force is formed, creating a "hill" for the marble ball to roll up. Conversely, when magnets with opposite poles are brought closer together, a repulsive force is formed, creating a "hill" for the marble ball to roll down.

The Trick Used by Mike Brady

Mike Brady discovered a fantastic method to maximize the efficiency of the Perpetual Motion Motor. By positioning magnets at a special angle, he was able to reduce the energy needed to push one magnet into the magnetic field of another. This resulted in more energy being released when the magnet left the repelling magnetic field.

Unilateral Weakening of the Magnetic Force

To further enhance the motor's performance, Mike Brady utilized a magnetic shield. This shield selectively weakened the magnetic field on one side, creating an imbalance. As a result, the motor produced more force on one side, allowing it to create perpetual motion in one direction.

The Asymmetric Magnetic Field

The asymmetric magnetic field created by the magnetic shield is a crucial element in the Perpetual Motion Motor. This field results in a higher maximum on one side of the motor, where the ball rolls with less energy expenditure. Then, the ball moves to the higher maximum on the other side, releasing more energy and overcoming the slope.

The Challenges and Limitations

While the Perpetual Motion Motor may seem like a groundbreaking invention, it faces significant challenges and limitations. The symmetric expansion of the magnetic field cannot be easily manipulated, and any imbalances created are only temporary. Eventually, the motor would wobble back and forth and come to a stop, as energy tends to balance out in our universe.

Conclusion

In conclusion, the Perpetual Motion Motor appears to be an innovative concept that relies on the repelling force of magnets to generate continuous motion. While it may seem promising, the principle has inherent weaknesses and limitations that make achieving perpetual motion difficult. The high cost of building such a motor also raises practicality concerns. However, the ingenious idea behind the principle and the efforts of inventors like Mike Brady serve as inspiration for further exploration in the field of alternative energy sources.