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It was introduced by mathematician George Boole in the mid-19th century and laid the foundation for the development of modern computer science and digital circuit design. The article on Boolean algebra on Wikipedia provides a comprehensive overview of the subject, covering its history, basic concepts, and applications. It explains the fundamental operations of Boolean algebra, including conjunction (AND), disjunction (OR), and negation (NOT), as well as their corresponding symbols and truth tables. It also discusses Boolean functions and expressions, which are combinations of these operations, and offers various methods for simplifying and analyzing them. The article delves into the properties and laws of Boolean algebra, highlighting important principles such as the distributive law, the commutative law, and De Morgan's laws. It showcases how these properties enable the manipulation and optimization of Boolean expressions, leading to efficient circuit designs and logical reasoning. In addition to the theoretical aspects, the Wikipedia page explores the applications of Boolean algebra in various fields. It discusses how Boolean algebra is foundational to digital electronics and computer science, playing a crucial role in designing circuits, constructing truth tables, and implementing logic gates. It also touches on its applications in programming, databases, and artificial intelligence, where Boolean expressions are used for querying and representing complex logical relationships. Overall, the Wikipedia page on Boolean algebra provides a comprehensive and informative resource for understanding the history, concepts, and applications of this mathematical structure.