Foundations of Soft Logic - Tapa dura

Acerca del autor

Moshe Klein is a researcher in the Consciousness and Soft Logic research lab at Tel Aviv University headed by Oded Maimon. He is the founder of the Gan Adam project for the development of mathematical and scientific thinking among preschoolers and has since instructed hundreds of kindergarten teachers throughout Israel. He is a lecturer at Tel Hai College.

Oded Maimon is the Oracle chair professor at Tel Aviv University, previously from MIT. Oded’s research focuses on exploring and modeling natural and artificial intelligence, Soft logic, and consciousness. He has spent sabbaticals at BU (Boston) and BHU (Varanasi, India), and was invited to lecture and help direct leading universities around the world (including Stanford in the US, Tsinghua in China, IIT in India, Waseda in Japan, Paris 6 in France, and UNAD in Columbia). Oded has published over a hundred refereed papers in leading academic journals and twenty research books, and has made over two hundred research presentations at international scientific conferences with many invited and keynote presentations.

De la contraportada

This book presents a groundbreaking new mathematical paradigm and system (including inventing a new number) that enables a new approach to advancing the foundations of science and technology. The new approach allows connecting subjective and objective points of view that do not rely solely on the classical deductive approach. There is no need to fear paradoxical situations, because it’s  precisely in them wherein lies the key to a new understanding that is more connected to life itself. This new model also serves to advance the theory of consciousness.

Life is more colorful and diverse than just the binary colors of black and white. For this purpose, the authors propose a new type of number called Soft Number. The basic idea is to distinguish between the different multiples of the number zero. Soft Logic is a continuous extension of the idea of giving different meanings to the zero.   The authors create a tangible model of an infinitely small world. This seemingly inconceivable world is important for understanding the essence of the connection between the external world of reality and the inner world of human beings and offers a new language to express it. This book systematically and axiomatically describes the mathematical development of Soft Logic and Soft Numbers and points to possible directions for scientific and technological applications. 

This book is a valuable resource for researchers working in mathematics, physics, biology, engineering, computer science and artificial intelligence as well as advanced-level students majoring in computer science, engineering and mathematics. Practitioners, Data Scientists, AI developers and readers interested in a scientific understanding of the concept of consciousness will also want to purchase this book.