Nature, Reality, & Buddhism

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Long Wang 龙王(2025-06-09 @ 10:06)

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The Mysterious Force of Gravity Explained

 

Gravity is classified as one of the fundamental forces, or fundamental interactions, in physics.  These basic forces regulate the interactions between objects and particles in the universe.  Furthermore, it is a force that arises from the collective behaviour of many individual components, rather than being a fundamental force of nature.  In simple words, it is a force that emerges from the primary energy streams of the universe.

 

To give you a general idea, the fabric of spacetime is filled with energy vessels, just like the blood vessels in our body tissues and organs.  These energy vessels can be identified as the arteries and veins of the cosmos in an interlocking structure of wavy configuration, as depicted below:

In general, gravitational forces are formed when the gravity conveyor belts rotate in their respective clockwise and anti-clockwise directions, along with the generation of atoms or molecules.  The gravity conveyor belts are rotational motions of energies that are responsible for the integration of the arteries and veins of the cosmos, as shown below:

Meanwhile, all objects possess a force that drives them towards each other, but what is the explanation?  Let's take a look at the illustration below:

Note:

1.  Imagine if the two rows of hands are pressing against one another in the orientation shown above.  The result would be two rows of hands moving towards each other.

2.  The more mass an object has, the more inertia it has.  Inertia is described as the tendency of an object to resist change in its state of motion. 

3.  Supposedly, object A is the Earth, object B is the rock, and object C is the feather.  In this case, the Earth would certainly contain much more mass than the rock, and the rock would contain more mass than the feather. 

4.  When these three objects are closing in towards one another, the Earth with a much higher density of masses would certainly inherit a much greater inertia, i.e. resistance to change in its state of motion.  This is even though these three objects are pushing against one another simultaneously.

5.  In the end, the force in effect would be the objects with lesser masses (object B and object C) moving towards the object with higher masses (object A) at the same accelerating motions.  For example, Earth's gravity, while constant in terms of acceleration (approximately 9.8 m/s²), pulls all objects towards its centre with the same acceleration regardless of their mass or shape.

6.  Likewise, the speed of a star decreases as gravity weakens, but it will level off beyond a certain distance from the galaxy's centre.  To better comprehend this explanation, let's look at the illustration below:

By convention, the way we view our environment is usually through a resulting perspective, but phenomena are simply a collection of basic elements, such as space, energy, and matter.  The atom, which is the basic unit of matter, has a direct impact on the different shapes and sizes we can observe in the universe.

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Although the universe is mostly made of matter, the laws of physics suggest that matter and antimatter were produced equally during the Big Bang.  The reason for the abundance of matter over antimatter is a major mystery in modern physics.  Nonetheless, the mystery can be clarified with the illustration below:

In conclusion, Nikola Tesla famously said, “To discover the secrets of the universe, think in terms of energy, frequency, and vibration.”  It is common for people to interpret this quote as a guide for grasping the fundamental nature of reality and the interconnectedness of all things.

I hope that the above clarifications will guide you well and provide enlightenment.  Namo Buddhaya!

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Chilin 奇麟 (2025-06-13 @ 10:16)