MEDIA COVERAGE AND REVIEWS

• New Scientist 18, Nov. 1989: The chaotic rhythms of life, by Robert May.
• Die Welt , 13 Oct. 1990: When the pupil oscillates chaotically (in German), by N. Lossau.
• La  Recherche 232, May 1991 : Le chaos en biologie, par Robert May.
• News and Views, Nature 352, 8 Aug. 1991, p.469: Towards the brain-computer's code? By J. Maddox (the Editor of Nature).
• Science News, 31 Aug. 1991: Data transfer via noisy neurons, by I. Peterson.
• Interface 14(3), May 1993 (La revue de la Recherche de l'ACFAS) : Du bruit pour mieux entendre? by L. Campagna. 
• GEO-Wissen, Nov. 1993, Issue on Chaos and Creativity, p.176 (in German)
• Physics Today, March 1996, Stochastic Resonance, by A. Bulsara and L. Gammaitoni.
• Interface, March 1995, Les maladies dynamiques - une nouvelle approche a la medecine, by A. Beuter and L. Glass
• Reviews of Modern Physics 70, 223-287, 1998: Stochastic Resonance, L. Gammaitoni et al. (describes my work over a few pages).
• CBC Radio-Canada (Canadian Broadcasting Corp.) May 1999: Interview following Ontario Premiers' Research Excellence award for work on sensory processing. 
• TeleQuebec, February 2001 (aired twice), Science program Zone X, eight-minute report about my work on neuronal noise and on sensory processing in electric fish.
• News and Views, Nature Neuroscience. 6(3):212-3, March 2003, by F. Gabbiani, "A switch for oscillatory bursting": Summary of our Jan.31, 2003 Nature paper.
• The Globe and Mail (Canadian National Newspaper), Focus Section, Saturday, May 24, 2003. "Electric Conversations", article by G&M science writer Anne McIlroy on our recent research advances on weakly electric fish.
• Research Perspectives, University of Ottawa, Vol.6 No.4, November 2003:"Unravelling Brain Dynamics: Physicist professes his passion" (http://www.uottawa.ca/vr-recherche-research/perspectives/v6n4/643.html)
• News and Views, Nature 428, 382 (25 March 2004): Neural Coding by Correlation? by Arun Holden, on our Physical Review Letter 92, 080601 (2004) "Noise shaping by interval correlations increases information transfer" by M.J. Chacron, B. Lindner and A. Longtin.
• CBC Radio-Canada, 3 May 2004, seven-minute interview by host Carl Bernier (Tous les matins du monde) as Director of the Ottawa-Carleton Institute for Physics, explaining the "attosecond" physics research of colleague Thomas Brabec and his achievements leading to the Steacie Prize.
• The University of Ottawa Gazette, 16 September 2004, article on the University of Ottawa Inaugural Prize for Interdisciplinary Research  shared by Profs. Longtin and Maler. 
• The Toronto Star,  Sunday edition, A section,  26 September 2004, "Electric Fish and Sensory Feedback", by Peter Calamai.
• La Rotonde,  27 September 2004, Fourmis, Neurones et Poissons Electriques, by Andréanne Baribeau: Article in the University of Ottawa French Student`s Newspaper dedicated to my research.
• The Ottawa Citizen, The Globe and Mail, Le Devoir and Le Droit, Wednesday, 13 October 2004: advertisement for the University of Ottawa Inaugural Prize for Interdisciplinary Research  shared by Profs. Longtin and Maler.
• The Ottawa Citizen, Le Devoir and Le Droit, Saturday, 16 October 2004: advertisement for the University of Ottawa Inaugural Prize for Interdisciplinary Research  shared by Profs. Longtin and Maler. 
• Decouvrir, La Revue de la Recherche, Vol.26, Mai-Juin 2005, My research is described in : La physique au Quebec : Qu'y a-t-il sous la pointe de l'iceberg? par Sophie Lapointe, p.50-51. 
• SIAM News (Society for Industrial and Applied Mathematics), Vol. 40 (2), March 2007 on “Linking dynamics to function in weakly electric fish”
• NSERC BROCKHOUSE CANADA PRIZE awarded in February 2018 (with Len Maler)
• “Neural Processing: Cracking the code to extract relevant social information”, by V. Salazar and A. Silva (Current Biology, 2023)
• Tavakoli S. Kamyar, Longtin A (2024) Boosting reservoir computing performance with multiple delays. Phys. Rev. E 109, 054203. (DOI: 10.1103/PhysRevE.109.054203) (see viewpoint in the APS’ Physics Magazine)
• eLife Insight (2024) on formation of a true 2D cognitive map from path integration signals, by B. Krishnan and N.Cowan: https://doi.org/10.7554/eLife.104500