- Methods of automated scientific discovery
- Interpretation of physical theory
- Information theory in biology
- Design argument for the existence of God
- Insect flight
- Assistant Professor of Computer Science, by courtesy
- Director, Philosophy & Physical Computing Summer Workshop
- Philosophy of Science Association
- International Society for the History, Philosophy and Social Studies of Biology
- Sigma Xi, The Scientific Research Society
- M.S. Physics, Cornell University; M.A. Philosophy, Carnegie Mellon University
- Ph.D. Logic, Computation & Methodology, Carnegie Mellon University
An Introduction to Design Arguments, New York: Cambridge University Press, 2014.
Jantzen, B. “Dynamical kinds and their discovery,” Proceedings of the Causation: Foundation to Application Workshop, UAI 2016 (forthcoming).
Jantzen, B. “Cyberwarfare” in Joseph Pitt (ed.), Routledge Companion to Philosophy of Technology, Routledge. (forthcoming).
Jantzen, B. “Symmetry and Causation: A General Theory of Biological Individuality,” Minnesota Studies in Philosophy of Science (forthcoming).
Jantzen, B. (2015) “Projection, symmetry, and natural kinds,” Synthese 192 (11): 3617-3646. doi:10.1007/s11229-014-0637-5
Jantzen, B. (2015) “Discovery without a ‘logic’ would be a miracle,” Synthese doi:10.1007/s11229-015-0926-7
Jantzen, B. (2014). “Piecewise Versus Total Support: How to Deal with Background Information in Likelihood Arguments,” Philosophy of Science 81 (3): 313-331.
Jantzen, B. (2012). “Peirce on miracles: the failure of Bayesian analysis” in Jake Chandler and Victoria Harrison (eds.), Probability in the Philosophy of Religion, Oxford University Press.
Jantzen, B. (2010). “An awkward symmetry: The tension between particle ontologies and permutation invariance,” Philosophy of Science 78(1): 39-59.
CAREER: Automated scientific discovery and the philosophical problem of natural kinds (NSF), $443,427
Up to date information on my current research is available on my website and blog at www.ratiocination.org.