Wolfram Schommers Knihy

Exploring the nature of space and time, the author challenges the traditional container-conception by advocating for projection theory, which posits that physical reality is projected onto space and time. Drawing on philosophical insights from thinkers like Kant, Whitehead, and Bergson, the work emphasizes the primacy of process over static existence. A key outcome is the introduction of system-specific time, which could revolutionize our understanding of physical systems, including nano-assembly and cosmological phenomena, suggesting new predictive possibilities beyond conventional physics.

Exploring the nature of reality, this book delves into the paradox of how objects can be perceived as embedded in space yet lack objective existence at the atomic level. It raises fundamental questions about particles, the nature of time, and the cosmos, while emphasizing the influence of evolution on scientific discovery. Drawing inspiration from philosophers like Whitehead and Bergson, it advocates for the primacy of process, suggesting that both quantum and everyday objects are experienced as dynamic processes rather than static entities.

Focusing on the ultimate level of atomic matter, this work explores the intersection of nanoscience and quantum theory. The author employs an interdisciplinary approach to delve into self-organizing nanoprocesses, brain functions, and the matter-mind problem, while also addressing behavioral research and philosophical inquiries. This comprehensive examination positions itself at the cutting edge of research, offering unique insights into complex scientific concepts.

Exploring the interplay between mind and reality, the book examines Immanuel Kant's rejection of the "container-principle," proposing that reality is fundamentally unknowable to humans. It suggests that human perception, shaped by evolutionary processes, does not require a complete or accurate representation of reality. Instead, it introduces the "projection principle," where only aspects of reality necessary for survival are mapped onto space and time. This perspective raises significant questions about the nature of reality and our understanding of it, which are explored throughout the monograph.

How do we get an idea from the physical world? There is basically only one possibility, namely the dialogue with nature, i.e. we create a theoretical conception of the world by thinking, and then we check this conception with the help of measuring instruments. In this connection the following question arises: Does there exist for each element of the theory an element-specific deflection at the measuring instrument? In other words, has each element of the theory a counterpart in the actual reality? If not, then the theory contains metaphysical elements, i.e. elements which have no counterpart in reality. In this book it is argued that there are obviously no theoretical conceptions of the world which are free of metaphysical elements. This is not only valid in connection with matter but also for the conceptions of space and time. The consequences in connection with modern conceptions of the world are outlined.

Focusing on the impact of nanoscience and nanotechnology, the book explores how these fields will shape future technology and scientific disciplines. It emphasizes the importance of theoretical and computational methods for designing nanosystems with specific properties, grounded in fundamental physics. The discussion critically examines the underlying principles and their implications, highlighting the dual potential of nanotechnology to either enhance life or pose existential risks. This examination is presented as crucial for understanding the balance between innovation and safety in the nano realm.