Top Results for Complexity

Bernard Chazelle is the Eugene Higgins Professor of Computer Science at Princeton University. He invented the soft heap data structure in 1999, a priority queue that trades accuracy for speed, and used it to derive improved algorithms for problems in computational geometry. He established important...

Michael Batty is a British geographer and urban planner known for using mathematical models, computation, and complexity theory to study how cities grow and change. He has been closely associated with University College London and its Centre for Advanced Spatial Analysis, where research links geogra...

Venkatesan Guruswami is a computer scientist specializing in coding theory, computational complexity, and algorithms. His work with Madhu Sudan on list-decodable codes advanced error-correcting code theory by showing how to decode beyond the traditional error-correction radius. Guruswami serves as a...

Elinor Ostrom is a distinguished scholar whose research revolutionized our understanding of governance. Her work demonstrates that communities can effectively manage shared resources like water and forests through self-organized systems. Ostrom’s Nobel Prize-winning investigations into complex socia...

Quantum supremacy refers to the theoretical point where a quantum computer can solve a specific problem that no classical computer could solve in any reasonable amount of time, demonstrating a computational advantage.

Boson sampling is a computational task involving measuring the output photon counts of indistinguishable bosons passing through a complex network of beam splitters, demonstrating quantum advantage for specific problems.

AEM Assets is the gold standard for organizations already deeply invested in the Adobe Experience Cloud. It offers unparalleled integration with Adobe's entire suite (Photoshop, Premiere, etc.). While incredibly powerful for digital asset management (DAM) and enterprise governance, its complexity an...

Computer scientist at SUNY Buffalo known for research in coding theory and list decoding, and co-author of a comprehensive open textbook on essential coding theory.

Gregory Johnson is an American archaeologist and anthropologist known for his research on the development of early complex societies and state formation. He conducted extensive archaeological surveys in the Susiana plain of southwestern Iran, focusing on the Uruk period. Johnson's work contributed t...

Richard Karp was a prominent American computer scientist whose research fundamentally impacted theoretical computer science. He demonstrated that numerous real-world problems, including many encountered in practical algorithm design, fall into the NP-complete category. This work established complexi...

Instantaneous quantum polynomial-time suggests that certain quantum computations could, theoretically, complete in time scaling polynomially with input size while appearing to occur simultaneously across all possible computational paths—a concept challenging classical notions of causality and sequen...

This book explores the concept of spontaneous order how complex systems can emerge from decentralized interactions without central control and argues for its relevance to anarchist thought. It offers a sophisticated theoretical framework for understanding self-organizing social movements and alter...

Brian Ferneyhough is a British composer associated with the New Complexity movement in contemporary classical music. His scores often use dense notation, intricate rhythms, demanding instrumental techniques, and tightly layered musical detail. He has written chamber, orchestral, vocal, and solo work...