• Introduction; Part I. Where Do Laws of Nature Come From?: 1. Fundamentalism versus the patchwork of laws; 2. Fables and models; 3. Nomological machines and the laws they produce; Part II. Laws and their Limits: 4. Aristotelian natures and the modern experimental method; 5. Causal diversity, causal stability; 6. Ceteris paribus laws and the socio-economic machines; 7. Probability machines: chance set-ups and economic models; Part III. The Boundaries of Quantum and Classical Physics and the Territories they Share: 8. How bridge principles set the domain of quantum theory; 9. How quantum and classical theories relate.

'Written with a literary sensitivity, knocks numerous nails square on the head … provides a wonderful antidote to the abundant quack-medicine views of what science is and an excellent example of progress in philosophical thought.' The Times Higher Education Supplement

• Introduction; Part I. Where Do Laws of Nature Come From?: 1. Fundamentalism versus the patchwork of laws; 2. Fables and models; 3. Nomological machines and the laws they produce; Part II. Laws and their Limits: 4. Aristotelian natures and the modern experimental method; 5. Causal diversity, causal stability; 6. Ceteris paribus laws and the socio-economic machines; 7. Probability machines: chance set-ups and economic models; Part III. The Boundaries of Quantum and Classical Physics and the Territories they Share: 8. How bridge principles set the domain of quantum theory; 9. How quantum and classical theories relate.

'Written with a literary sensitivity, knocks numerous nails square on the head … provides a wonderful antidote to the abundant quack-medicine views of what science is and an excellent example of progress in philosophical thought.' The Times Higher Education Supplement

• Introduction; Part I. Where Do Laws of Nature Come From?: 1. Fundamentalism versus the patchwork of laws; 2. Fables and models; 3. Nomological machines and the laws they produce; Part II. Laws and their Limits: 4. Aristotelian natures and the modern experimental method; 5. Causal diversity, causal stability; 6. Ceteris paribus laws and the socio-economic machines; 7. Probability machines: chance set-ups and economic models; Part III. The Boundaries of Quantum and Classical Physics and the Territories they Share: 8. How bridge principles set the domain of quantum theory; 9. How quantum and classical theories relate.

'Written with a literary sensitivity, knocks numerous nails square on the head … provides a wonderful antidote to the abundant quack-medicine views of what science is and an excellent example of progress in philosophical thought.' The Times Higher Education Supplement