Why We Often Don't Feel Gravity—But Can With a Simple Change

Introduction

Gravity, one of the fundamental forces of nature, is often the least felt. Unlike the more apparent effects of other forces, such as the push of your hand or the pull of a magnet, gravity seems to act invisibly and unnoticeably. This is because it operates basically all the time around us, making us occluded to its use. In this article, we will explore the intriguing question of why we generally don't feel gravity and introduce a simple experiment to help you experience it directly.

Why We Don't Feel Gravity

What we commonly refer to as 'feeling gravity' is actually the result of electromagnetic force. When we stand, sit, or walk, the electromagnetic forces in our body keep us in contact with the ground. As long as these forces are balanced, the sensation of gravity is subtle, or even non-existent to us.

Feel the Gravity in a Bathub

To truly experience the sensation of gravity, try a simple experiment: float in a bathtub for a while. Your body will seem weightless, as the water supports your entire weight. Then, drain the tub while you lay there. Here, you will notice how your body feels weighty. This is because without the support of the water, the electromagnetic forces that usually prevent you from feeling gravity are no longer in play, and you can directly feel the influence of gravity.

Balancing the Forces of the Universe

According to the equation EMC2, energy is proportional to or balanced with space. The balance of these two concepts is fundamental to our understanding of the universe. In this context, the fourth dimension of time is considered a crucial element. Just as the stars and planets can be understood as points in the night sky, they are ultimately points of balance within the vast cosmic symphony.

The Sun, a center of gravity and energy in the solar system, is itself a balance of these forces. As for the corona heating “problem,” it can be resolved by acknowledging the clear and necessary link between electromagnetism and gravity. Both are opposites yet complementary aspects of the same force. Similarly, the rotation of the Earth and the Moon's revolution balance each other, leading to consistent and predictable gravitational forces on the surface of the Earth.

Assessing the Balance of Gravity and Electromagnetic Forces

The density of water and the different states of matter further illustrate this balance. Water, in its purest form, has a density that is halved in comparison to packed sand or wet packed sand. This balance of forces is not just a theoretical concept but a tangible reality that affects our everyday experiences.

Conclusion

While we often take gravity for granted, understanding its true nature can lead to a deeper appreciation of the forces that govern our universe. The next time you float in a bathtub and then feel the weight of your body as the water drains away, remember that you are feeling the full force of gravity. This simple experiment can help us reconnect with the fundamental forces that shape our reality.

Through this exploration, we gain a greater understanding of how the forces of the universe work in harmony and how small changes in our environment can reveal the presence of these forces. So, the next time you're in a bathtub, pay attention to the subtle differences in how your body feels, and marvel at the intricate balance of forces that make the world a wondrous place.