The Mystery and Origins of Energy: Unraveling the First Law of Thermodynamics

Is energy created or destroyed? The answer, according to the First Law of Thermodynamics, is that energy is conserved. This fundamental law, also known as the Law of Conservation of Energy, asserts that the total amount of energy in a closed system remains constant. Yet, the original question remains: why is there energy in the first place?

Energy's Existence and Consciousness

The idea that energy's existence is tied to human consciousness raises intriguing questions. Before one becomes conscious, there seems to be nothing. Upon becoming conscious, one learns to name and define the world, including energy. Language and naming can create perceptions of existence, but does this mean energy arises from our knowledge?

Unfounded Assumptions about the Universe's Origin

Unfounded assumptions are common, especially when it comes to profound concepts. Perhaps, the universe never had a 'beginning' but has always existed. Or, it follows a different behavior outside our current experience. Our limited human perception may prevent us from recognizing a start.

The concept of a 'point singularity' might be oversimplified. Given the presence of rotation, the idea of a single point at the beginning seems implausible. Life cycles starting and ending in our experience do not necessarily apply to the universe at large. Perhaps everything follows a continuous cycle with no discernible start or end.

Scientific Misleading vs. Truth

The phrase 'energy can never be created or destroyed' is often reiterated, even by scientists, including fundamental physicists and cosmologists. However, it is critical to recognize that this statement is a simplification meant for ordinary people's understanding. It is scientifically misleading and fundamentally false.

A more accurate scientific statement is the Law of Conservation of Energy: in an isolated system, the sum of all forms of energy remains constant. Therefore, there could not have been any energy before the universe came into being, as the total energy in such a system can only be zero. This aligns with the 'zero energy' hypothesis proposed by physicists, suggesting that the universe originated from a state of zero energy.

Conclusion

The origins of energy and its conservation have long captivated the minds of scientists and thinkers. The First Law of Thermodynamics provides a robust framework for understanding energy in isolated systems, while challenging our assumptions about the universe's origins. As our understanding of physics continues to evolve, so too will our perspectives on the fundamental principles that govern energy and existence.