Notes on Contributors

Rossella Lupacchini is Associate Professor of philosophy of science at the University of Bologna. Her research has been primarily concerned with the philosophy of and the philosophy of mathematics. Her inter- ests extend over various aspects of mathematical forms, with a focus on the role played by complex numbers in quantum theory and its computational structures.

John Stillwell is Professor of Mathematics at the University of San Fran- cisco, where he has been since 2002. Prior to that he was at Monash Uni- versity in Australia from 1970, following a Ph.D. at MIT. During his ca- reer his interests have ranged from logic to geometry, with a constant interest in the history of mathematics.

Ulrich Majer is Extraordinary Professor at the Philosophisches Seminar of the University of Göttingen. His research interests include the philosophy of mathematics and the natural sciences. He is particularly interested in the epistemology of Husserl and Kant, as well as in nineteenth and twentieth century philosophy. Under the auspices of the Deutscher For- schungsgesellschaft, he is editing David Hilbert’s posthumous writings on the foundations of mathematics and the natural sciences.

Miklós Rédei is professor in the Department of Philosophy, Logic and scientiªc Method of the London School of Economics. His ªeld of research is philosophy of modern physics, especially foundational problems of and quantum ªeld theory. He is the author of the book Quantum Logic in Algebraic Approach (Kluwer, 1998), and editor of John von Neumann: Selected Letters (American Mathematical Society, 2005).

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He also has published on general philosophy of science. For more details see his webpage: http://phil.elte.hu/redei/

Chiara Marletto is a quantum physicist, doing research for a DPhil in at the Mathematical Institute, University of Oxford. Her latest research has been focused on the nature of information and on its status within physics. One of the issues she is currently investi- gating, together with , is how to apply the recently pro- posed Constructor Theory to provide a fundamental theory of information within Physics. Another line of her research is about how to ªnd effective ways to transfer and copy information from one quantum medium to another—a task on which Quantum Theory imposes strict constraints. This has recently led her to address the deep problem of how the logic of self-replication can be consistent with Quantum Theory.

Mario Rasetti is Professor Emeritus of Theoretical Physics at the Politec- nico (technical university), and President of the ISI Foundation in Torino, Italy. He studied in Italy and Sweden, and spent a large fraction of his pro- fessional life in the United States. His contributions to science were mostly in theoretical and mathematical physics, mathematics, informa- tion science and complexity science: solid state, , the- ory of non-linear dynamical systems and chaos, quantum mechanics and quantum optics, quantization, quantum information and computation, topological quantum ªeld theory, topological methods in data science, knot theory, quantum and super algebras.

Vito Michele Abrusci is Full Professor of Logic at the University “Roma Tre”, where he heads the research group in “Logic and geometry of Cogni- tion”. He has been Dean of the “Facoltà di Lettere e Filosoªa” at the Uni- versity “Roma Tre” and President of the Italian Society for Logic and Philosphy of Science. His main scientiªc interests are linear logic and its developments, proof theory, history and philosophy of logic.

Wilfried Sieg is Patrick Suppes professor of philosophy at Carnegie Mellon University and a fellow of the American Academy of Arts and Sci- ences. He joined Carnegie Mellon’s faculty in 1985 as a founding member of the University’s Philosophy Department and served as its Head from 1994 to 2005. He is internationally known for his mathematical work in proof and computation theory, historical work on modern logic and math- ematics, and philosophical essays on the nature of mathematics. A collec- tion of essays joining the three aspects of his research was published under the title Hilbert’s Programs and Beyond (Oxford University Press, 2013).

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