Media Coverage


Scientific Computing. 2017. Supercomputers Use Machine Learning to Gain New Insights into Complex Cellular Processes, R. Johnson. (pdf)


HPC Wire. 2017. Cancer Research: A Supercomputing Perspective, A. Dubrow. (pdf)


Diario de Jerez (Spain). 2017. Newspaper interview, P.F. Quintanilla. (pdf)


XSEDE News. 2017. Lessons of a Tadpole: Machine learning uncovers how organisms develop, A. Dubrow. (pdf)


Galileo (Italy). 2017. Rompere gli schemi (cellulari) con l’intelligenza artificiale, M. Avalle. (pdf)


La Repubblica (Italy). 2017. Sarà una rana il primo organismo progettato con l'intelligenza artificiale, M. Serra. (pdf)


Inverse Replicant. 2017. How a Tadpole-Cell A.I. Could Design a Cure for Cancer, G. Templeton. (pdf)


TACC News and NSF News From the Field. 2017. Machine learning lets scientists reverse-engineer cellular control networks, A. Dubrow. (pdf)


UMBC News. 2017. Daniel Lobo’s research reveals power of computer models in disease treatment, S. Hansen. (pdf)


Medindia. 2017. Artificial Intelligence Help Scientists Gain Insight into Cancer Biophysics, B. Debnath. (pdf)


Tech Times. 2017. Researchers Turn To Artificial Intelligence To Reach New, Previously Unachievable Cancer Outcomes, L. Rusu. (pdf)


Tufts Now. 2017. Artificial intelligence uncovers new insight into biophysics of cancer, K. Thurler. (pdf)


PBS NOVA Next. 2016. Replicating Life in Code, C. Graber. (pdf)


Canal Extremadura Radio (Spain). 2015. Radio interview. Principio de Incertidumbre: Gusanos inmortales e Inteligencia Artificial, J. Solís. (mp3)


New York Daily News. 2015. Scientists make significant step towards controlling limb and appendage regeneration — thanks to worms and A.I., C. Hettich. (pdf)


Bluesci - Cambridge University (UK). 2015. Artificial Intelligence discovers how worms regenerate body parts, A. Leitao-Fernandes-Duarte. (pdf)


Slate (France). 2015. Un programme informatique résout un problème de biologie vieux de 120 ans, J.L. Cassely. (pdf)


Trends der Zukunft (Germany). 2015. Künstliche Intelligenz löst in 42 Stunden 100 Jahre altes Unsterblichkeitsrätsel, M. Kammler. (pdf)


Forschung und Wissen (Germany). 2015. Künstliche Intelligenz löst Rätsel der Unsterblichkeit des Plattwurms, Dennis L.. (pdf)


Cope Radio (Spain). 2015. Un sistema de Inteligencia Artificial descubre el secreto de la regeneración, J.M. Nieves. (mp3)


Extreme Tech. 2015. Mysteries of worm regeneration solved with artificial intelligence, A. Krumins. (pdf)


Discovery. 2015. Computer A.I. Solves 120-Year-Old Biological Mystery, R. Morad. (pdf)


Mic. 2015. A Computer Just Solved a Problem That’s Stumped Scientists for 120 Years, M. Plenke. (pdf)


TechWorm. 2015. Computer solves 120 year old biological regeneration mystery without the help of humans, M. Kamath. (pdf)


Science Alert. 2015. Computer solves 120-year-old biology problem that had scientists stumped, D. Nield. (pdf)


Geek Times (Russia). 2015. Искусственный интеллект совершил реверс-инжиниринг механизма регенерации плоских червей, В. Голованов. (pdf)


Zee News (India). 2015. Artificial intelligence solves 100-year-old biology problem. (pdf)


ALN Magazine. 2015. Robots Reverse-engineer Worm Regeneration Model, E. Doughman. (pdf)


Science 2.0. 2015. AI Does Science: First Model Of Regeneration Discovered By Non-Human Intelligence. (pdf)


Motherboard (Germany). 2015. Künstliche Intelligenz knackt das Rätsel des unzerstörbaren Plattwurms, T. Locker. (pdf)


io9. 2015. Scientists Use AI To Solve A Long-standing Genetics Mystery, G. Dvorsky. (pdf)


El País (Spain). 2015. La inteligencia artificial desvela los secretos del gusano ‘inmortal’, M.A. Criado. (pdf)


ABC (Spain). 2015. Un sistema de Inteligencia Artificial descubre el secreto de la regeneración, J.M. Nieves. (pdf)


Digital Trends. 2015. A computer has given humans a better understanding of gene connectivity, K. Vermes. (pdf)


ACM News. 2015. Computer invents new scientific theory without human help for the first time. (pdf)


El Sol (Argentina). 2015. Reconstruirse como un gusano, a través de Inteligencia Artificial. (pdf)


Metro (UK). 2015. Computer independently develops scientific theory using artificial intelligence for the first time, J. Nsubuga. (pdf)


Digital Journal. 2015. Computer solves 120-year-old mystery of worms in three days, J. Walker. (pdf)


Ici Radio-Canada Première - La sphère (Canada). 2015. La première découverte scientifique grâce à l'IA, M. Dugal.


ADSL Zone (Spain). 2015. Hito histórico: Un ordenador desarrolla una teoría científica por sí solo, C. González. (pdf)


CBS Connecticut. 2015. AI Solves 100-Year-Old Science Mystery. (pdf)


Live Science. 2015. Look Out, Scientists! AI Solves 100-Year-Old Regeneration Puzzle, E. Gent. (pdf)


International Business Times (UK). 2015. Computer invents new scientific theory without human help for the first time, A. Cuthbertson. (pdf)


TechRadar. 2015. A computer just solved a 120-year-old mystery - without the help of humans, D. Geere. (pdf)


Science Translational Medicine. 2015. Artificial Intelligence For Biology?, D. Lowe. (pdf)


Wired (UK). 2015. Computer independently solves 120-year-old biological mystery, K. Collins. (pdf)


IT Pro Portal. 2015. Computer solves a century-old problem in three days, S. Fadilpašić. (pdf)


SINC (Spain). 2015. La inteligencia artificial replica el modelo de regeneración de la planaria. (pdf)


Prensa Latina (Cuba). 2015. Reproducen capacidad regenerativa de gusano acuático. (pdf)


Robot Magazine. 2015. Artificial Intelligence Solves 100 Year Old Worm Challenge. (pdf)


Veja (Brazil). 2015. Inteligência artificial decifra a regeneração da planária. (pdf)


Popular Mechanics. 2015. A Computer Just Solved This 100-Year-Old Biology Problem, W. Herkewitz. (pdf)


Red Orbit. 2015. AI ‘robot scientist’: Pioneer in regenerative medicine, J. Hopton. (pdf)


Tufts Now. 2015. Planarian Regeneration Model Discovered by Artificial Intelligence, K. Thurler. (pdf)