The real-tendency interpretation was promulgated by Heisenberg, but it seems to conflict with the dogmas of the theory of relativity. However, relativity theory itself is surrounded by long-standing controversies regarding the question of how it should be reconciled globally with that which locally we experience directly, namely the coming of reality into being or existence. This problem of reconciling relativity theory and "process" is the third fundamental problem mentioned in the introduction.
This relativity problem is resolved here by recognizing that Einstein’s conception of physical theory identifies it with the construction of mathematical laws that relate various elements from his static realm of readings of devices. This conception eliminates from physical theory, ab initio, the consideration of the process whereby reality comes into being or existence. The ideas and dogmas of the theory of relativity apply naturally only to those aspects of our understanding of nature that can be formulated within Einstein’s realm of readings. These aspects are precisely those representedby contemporary physical theory, namely relativistic quantum theory and classical relativity theory. The dogmas of relativity theory cannot be expected to apply to the consideration of the dynamical process by which reality actually unfolds.
This resolution of the relativity problem allows Heisenberg’s real tendency interpretation to be formulated in a clear and concrete form. In line with the ideas of Whitehead, reality is conceived to be created by a sequence of creative acts. The quantum-theoretic statistical rules become a reflection of real tendencies induced by the structure of the creative process.
The theory of relativity is a fundamental concept in physics that was developed by Albert Einstein. It describes how the laws of physics are the same for all observers in non-accelerating frames of reference and how the speed of light in a vacuum is constant.
The Heisenberg Ontology is a concept in quantum mechanics that was proposed by Werner Heisenberg. It states that the properties of a particle, such as position and momentum, cannot be precisely determined at the same time. This is known as the uncertainty principle.
Relativity and Heisenberg Ontology both have major impacts on our understanding of the physical world. The theory of relativity explains the behavior of objects on a large scale, while the Heisenberg Ontology explains the behavior of particles on a small scale. They are both important in our understanding of the universe.
The theory of relativity has practical applications in many areas, such as GPS technology and nuclear energy. Heisenberg Ontology is used in fields such as quantum computing and cryptography. Both theories have greatly advanced our technology and understanding of the universe.
While both theories are widely accepted, there are still ongoing debates and research surrounding them. For example, some scientists are trying to reconcile the theory of relativity with quantum mechanics, which has led to the development of theories such as string theory. There are also ongoing discussions about the interpretation of the Heisenberg Ontology and its implications for our understanding of reality.