Information and Its Role in Nature

Elements of Classical Information Theory.- Elements of Quantum Information Theory.- Classical, Quantum and Information-Driven Interactions.- The "Active" Role of Information in Biological Systems.- The 'Passive' Role of Information in Physics.- Information and the Brain.

Juan G. Roederer is professor of physics emeritus at the University of Alaska-Fairbanks, and adviser at the Abdus Salam International Centre for Theoretical Physics. 1952 DSc. University of Buenos Aires; 1966 professor of physics at that university; 1967-1977 professor at the University of Denver, Colorado; 1977-1986 director of the Geophysical Institute of the University of Alaska, then professor until 1993. Research fields: space physics, psychoacoustics, information theory and science policy; author of over 250 articles in scientific journals. His books "Mecanica Elemental" (Eudeba, Buenos Aires), "Dynamics of Geomagnetically Trapped Radiation" and "Physics and Psychophysics of Music" (both at Springer-Verlag) are 'classic' university textbooks in their fields; the latter was translated into German, Spanish, Portuguese and Japanese. Roederer is a member of the Academies of Science of Austria, Argentina, and the Third World Academy of Sciences.

Aus den Rezensionen:
"... eine Buchreihe ... Begründet und redaktionell betreut von Physikerin Angela Lahee, hat sie das Ziel, den Lesern eine Erweiterung und Reflexion der eigenen Wissensgrenzen zu ermöglichen. ... Die zentrale Rolle der Information in der Natur - Quantentheorie, Biologie, Genetik und Hirnforschung - erörtert der Physiker Juan G. Roederer ... außerordentlich lesenwert. 'was wir brauchen, ist nicht der Wille zu glauben, sondern der Wille herauszufinden' ... Die interdisziplinäre, unkonventionelle Frontiers Collection ... hat ihn sogar zu ihrem Leitspruch erhoben."

(Rüdiger Vaas, in: Naturwissenschaftliche Rundschau, 2007, Vol. 60, Issue 4, S. 212 ff.)

From the reviews:

Paul Davies, in Australian Physics Vol. 42 (5), 2005:



This well-written and engaging book reviews the way information is used in its many and varied contexts, from quantum particles to human discourse. The level is introductory, and the treatment is fairly informal. The mathematical treatment is liberally interspersed with conceptual and even philosophical discussion, making it pleasing to read.



Quotes from David C. Krakauer, in Artificial Life:



...it presents the hypothesis that information is the defining feature of adaptive systems, like the nervous system and the genome, and that it is not Shannon's formulation that we need in order to understand life, but a pragmatic information concept that captures semantic or functional properties of communication.



...in addition to providing background in cosmology, computation, and information, it endeavors to provide a conceptual framework based on the concept of information to organize a range of physical phenomena.



...a great number of ideas have found their way into this book-the scope of interests spans field theory, genetics, and neuroscience. I think these ideas are central to our understanding of the adaptive portion of the universe.



The effort at synthesis is interesting and redefines an important vector we need to remain aware of in the space of scientific research.



Quotes from P. Jouvelot, in Computing Reviews:



I really enjoyed reading this book, which tackles a very interesting and quasi-philosophical subject. Roederer packs a huge amount of information into a very reasonable number of pages.



As computer scientists are concerned, anyone interested in data compression issues, information theory, the emergence of consciousness, and the relationship between physics and theoretical computing, or