Catherine Boucher joined Wolfram Research in 1998. She led project management during the production of A New Kind of Science and is currently the director of special projects for Wolfram Research. Her team is responsible for early development of new initiatives at Wolfram Research, along with projects related to Wolfram Science. She and her team led the original development of Wolfram|Alpha and currently handle its mathematical content and parser development. Catherine received her PhD in applied mathematics from the University of Massachusetts Amherst, specializing in cluster analysis.
Jason Cawley first discussed the ideas in A New Kind of Science with Stephen Wolfram in the early 1990s, and read early drafts of the work around that time. In the last few years before publication, Jason worked for Stephen Wolfram as a research assistant on historical and philosophical issues, including many topics covered in the notes. Jason's graduate studies were in political science at the University of Chicago, and his wide-ranging interests include philosophy, social science, economics, finance and the history of thought. After the book was published, Jason created and moderated the NKS Forum, answering reader questions about NKS. Jason then worked for Wolfram Research developing Mathematica's capabilities in the social sciences, including the development of CountryData and FinancialData. He worked on the Wolfram|Alpha project from its inception to its public release, including much of its social science content. For the last five years, Jason has been Director of Architecture at Wolfram Solutions, the consulting arm of Wolfram Research, bringing its technologies and methods to a wide range of corporate and government clients. He lives in Anthem, Arizona.
Paul-Jean Letourneau attended the NKS Summer School 2004, where he completed a pure NKS project on elementary cellular automata with memory. He has been an instructor at the Summer School since 2005. His 2004 project developed into his master's thesis in theoretical physics, "Statistical Mechanics of Cellular Automata with Memory." He has worked in several industrial and academic laboratories around North America, where he made original contributions to real-world problems in medical imaging, geophysical seismic imaging, protein structure prediction and DNA-protein interactions. Paul-Jean is now lead developer of computational biology for Wolfram|Alpha.
Frederico Meinberg was born in Brazil and did his studies at Freiburg University, Germany, from which he holds a master's degree in romance philology. His primary field of research was linguistic typology, the study of the variety among grammatical structures across the world's languages. He also has interests in computer science, economics and the philosophy of science. Fred attended the first NKS Summer School, in 2003, where he completed a project in pure NKS investigating the properties of symbolic systems. After he finished his MA, Fred joined Wolfram Research as an R&D fellow, and he served as a research associate at the organization's Boston Special Projects Office.
Eric Rowland is an assistant professor in the Department of Mathematics at Hofstra University. He received his PhD from Rutgers University and held postdoctoral positions in the US, Canada and Belgium. He has coauthored over 30 research papers on topics in number theory, combinatorics and theoretical computer science, including several concerning cellular automata. In 2008 he proved that a simple recurrence discovered at the Summer School generates primes. He also develops mathematics content for Wolfram|Alpha.
Jamie Williams is a senior computable data architect with the Wolfram|Alpha team. He received a PhD in theoretical low-temperature atomic physics from the University of Colorado in 1999. Before joining the Wolfram team, Jamie was a scientist at the National Institute of Standards and Technology, investigating nonequilibrium dynamics and quantum computing in ultracold atomic systems. He first encountered the ideas in NKS in 2002 while researching a project on entanglement dynamics in quantum cellular automata. He is interested in the deployment of NKS-based approaches for solving real-world problems in physics, as well as the application of NKS methodology in the architecture of computational knowledge systems.