After receiving a Ph.D in theoretical philosophy from Stockholm University 1993 I was lecturer in theoretical philosophy at Linköping University 1995-2001, after which I moved to Uppsala University, where I became full professor 2008. My research interests are epistemology, philosophy of science and in particular philosophy of physics. I have extensively taught philosophy of science also at Karolinska Institute, Stockholm, Royal University of Technology in Stockholm and Swedish University for Agricultural Sciences in Uppsala.

“Johansson has written an insightful and significant book in which he presents a strong empiricist approach to philosophy of physics. What I especially like about this book is that the author sees many of the most central issues in philosophy of physics … . this book will receive attention not only from philosophers but from realist-minded physicists as well.” (Jan Faye, Metascience, October 12, 2022)“A highly engaging reading … . the book has a wide scope, dealing with many interesting problems, appealing to many distinct sources, to finally bring in a unified naturalistic solution to those problems. It will certainly be useful for many different kinds of readers; even though it is not an introductory book, the presentation is quite friendly, and the themes dealt with are probably some of the most important in the area today.” (Jonas Rafael Becker Arenhart, Mathematical Reviews,June, 2022)

• Preface.- Part I. Background. 1. Problems in Philosophy of Physics.- 2. Some Important Episodes in the History of Physics.- Part II. General Philosophy of Science. 3. Empiricism from Ockham to van Fraassen.- 4. Mathematical Knowledge and Mathematical Objects.- 5. Induction and Concept Formation.- 6. Explanation, Unification and Reduction.- 7. Realism, Theory-Equivalence and Underdetermination of Theories.- Part III. Philosophy of Physics. 8 Causation in Physics.- 9. Space, Time and Body; Three Fundamental Concepts.- 10. Laws.- 11. Electromagnetism: Fields or Particles?.- 12. Propensities.- 13. Direction of Time.- 14. Identity, Individuation, Indistinguishability and Entanglement.- 15. Quantum Waves and Indeterminacy.- 16. The Measurement Problem.- 17. What is Spacetime?.- 18. Summary and Conclusions.- Bibliography.- Index.

After receiving a Ph.D in theoretical philosophy from Stockholm University 1993 I was lecturer in theoretical philosophy at Linköping University 1995-2001, after which I moved to Uppsala University, where I became full professor 2008. My research interests are epistemology, philosophy of science and in particular philosophy of physics. I have extensively taught philosophy of science also at Karolinska Institute, Stockholm, Royal University of Technology in Stockholm and Swedish University for Agricultural Sciences in Uppsala.

“Johansson has written an insightful and significant book in which he presents a strong empiricist approach to philosophy of physics. What I especially like about this book is that the author sees many of the most central issues in philosophy of physics … . this book will receive attention not only from philosophers but from realist-minded physicists as well.” (Jan Faye, Metascience, October 12, 2022)“A highly engaging reading … . the book has a wide scope, dealing with many interesting problems, appealing to many distinct sources, to finally bring in a unified naturalistic solution to those problems. It will certainly be useful for many different kinds of readers; even though it is not an introductory book, the presentation is quite friendly, and the themes dealt with are probably some of the most important in the area today.” (Jonas Rafael Becker Arenhart, Mathematical Reviews,June, 2022)

• Preface.- Part I. Background. 1. Problems in Philosophy of Physics.- 2. Some Important Episodes in the History of Physics.- Part II. General Philosophy of Science. 3. Empiricism from Ockham to van Fraassen.- 4. Mathematical Knowledge and Mathematical Objects.- 5. Induction and Concept Formation.- 6. Explanation, Unification and Reduction.- 7. Realism, Theory-Equivalence and Underdetermination of Theories.- Part III. Philosophy of Physics. 8 Causation in Physics.- 9. Space, Time and Body; Three Fundamental Concepts.- 10. Laws.- 11. Electromagnetism: Fields or Particles?.- 12. Propensities.- 13. Direction of Time.- 14. Identity, Individuation, Indistinguishability and Entanglement.- 15. Quantum Waves and Indeterminacy.- 16. The Measurement Problem.- 17. What is Spacetime?.- 18. Summary and Conclusions.- Bibliography.- Index.