Meaning: The quote by John Fleming, an inventor, addresses the limitations of the theory of evolution in explaining the origin and manifestation of the inorganic world. To fully understand the quote, it is important to delve into the context of the theory of evolution and its scope, as well as the distinction between the organic and inorganic realms.

The theory of evolution, proposed by Charles Darwin in the 19th century, fundamentally pertains to the process of biological change over successive generations. It posits that species evolve through natural selection, genetic variation, and adaptation to their environment. While the theory of evolution has been widely accepted and substantiated by extensive scientific evidence, its focus is primarily on the development of organic life forms. In this context, it explains the diversification of species, the emergence of complex organisms from simpler ancestors, and the mechanisms driving these evolutionary processes.

However, the theory of evolution is not intended to address the origin and manifestation of the inorganic world. Inorganic substances, such as minerals, rocks, and non-living matter, do not undergo biological evolution in the same sense as living organisms. Instead, their formation and characteristics are governed by physical and chemical processes, including but not limited to geological, cosmological, and quantum phenomena.

Fleming's assertion highlights the need to recognize the distinct realms of organic and inorganic phenomena. While the theory of evolution provides valuable insights into the development and diversity of living organisms, it does not encompass the entirety of natural processes. The inorganic world, which encompasses the formation of planets, the dynamics of celestial bodies, and the behavior of non-living matter, operates according to principles distinct from those governing biological evolution.

In addressing the origin of the inorganic world, scientific disciplines such as cosmology, geology, and physics play crucial roles. Cosmology seeks to understand the origins and evolution of the universe, including the formation of galaxies, stars, and planetary systems. Geology investigates the processes shaping the Earth's crust, the formation of minerals and rocks, and the dynamics of geological phenomena such as earthquakes and volcanic activity. Additionally, physics explores the fundamental forces and interactions that govern the behavior of matter and energy at the atomic and subatomic levels.

It is essential to recognize that the inorganic world exhibits its own complexities and patterns, which are not adequately explained by the theory of evolution. By acknowledging the distinct nature of inorganic phenomena, scientists can employ specialized frameworks and methodologies to investigate the origins and manifestations of the inorganic world.

In conclusion, John Fleming's quote underscores the need to differentiate between the realms of organic and inorganic phenomena in scientific inquiry. While the theory of evolution provides a robust framework for understanding the development of living organisms, it is not sufficient to explain the origin and manifestation of the inorganic world. By recognizing the distinct nature of inorganic processes and employing specialized scientific disciplines, researchers can gain deeper insights into the complexities of the inorganic realm.