This groundbreaking textbook presents a new approach to the study of logic by combining classical foundations with modern information-theoretic perspectives. Following a detailed introduction, it offers an information-theoretic formalization of logic. Subsequently, well-known but still unsolved problems, such as the P versus NP problem, are addressed using the provided tools. An optimization algorithm for the target requirements of logical problem-solving-regarding computability, expressiveness, and consistency-is presented, and finally, a few applications in other fields are showcased. The book offers students and researchers a comprehensive journey through the fundamental principles of logic while introducing innovative concepts at the intersection of logic, information theory, and computational complexity. Key features include: -Solid foundations in classical logic, including propositional and predicate logic, validity, and formal inference. -Novel integration of Shannon's information theory with traditional logical concepts. -Exploration of new approaches to axiomatization and formalization in light of Gödel's incompleteness results. -In-depth analysis of the P versus NP problem with information-theoretic and optimization approaches. -Clear explanations and examples suitable for beginners and beyond. -Applications in mathematics, computer science, and related fields.
New approach to the study of logic
Information-theoretic formalization of logic
This book is intended for students, researchers, and anyone with a keen interest in the foundations of mathematics, logic, and theoretical computer science.
Lucien Sina
Lucien Sina is an experienced computer scientist and educator with a passion for making complex topics accessible. He has years of experience in developing and analyzing algorithms and guides readers through the essential concepts of computer science.
logic formal logic mathematics Computer Science Foundations of mathematics