| Cognition wars |
8 |
| What does interdisciplinarity look like in practice: Mapping interdisciplinarity and its limits in the environmental sciences |
8 |
| Saving the mutual manipulability account of constitutive relevance |
6 |
| How could models possibly provide how-possibly explanations? |
5 |
| What is mechanistic evidence, and why do we need it for evidence-based policy? |
4 |
| Existential risk, creativity & well-adapted science |
4 |
| The credit incentive to be a maverick |
3 |
| Mavericks and lotteries |
3 |
| Assessing accuracy in measurement: The dilemma of safety versus precision in the adjustment of the fundamental physical constants |
3 |
| The National Science Foundation and philosophy of science's withdrawal from social concerns |
3 |
| Exemplification and the use-values of cases and case studies |
3 |
| Mechanism-based theorizing and generalization from case studies |
3 |
| The soul as the 'guiding idea' of psychology: Kant on scientific psychology, systematicity, and the idea of the soul |
3 |
| Kant and the scope of analogy in the life sciences |
3 |
| Kant and the scope of the analytic method |
3 |
| Kant on science and normativity |
3 |
| Microbes, mathematics, and models |
3 |
| Rip it up and start again: The rejection of a characterization of a phenomenon |
2 |
| Knowledge transfer in theoretical ecology: Implications for incommensurability, voluntarism, and pluralism |
2 |
| The double transfer of thermodynamics: From physics to chemistry and from Europe to America |
2 |
| Models on the move: Migration and imperialism |
2 |
| Building middle-range theories from case studies |
2 |
| How to be rational about empirical success in ongoing science: The case of the quantum nose and its critics |
2 |
| Scientists as experts: A distinct role? |
2 |
| A mid-level approach to modeling scientific communities |
2 |
| The naturalism of the sciences |
2 |
| Experiencing deep and global currents at a 'Prototypical Strait', 1870s and 1980s |
2 |
| Human bodies as chemical sensors: A history of biomonitoring for environmental health and regulation |
2 |
| Earthquake prediction, biological clocks, and the cold war psy-ops: Using animals as seismic sensors in the 1970s California |
1 |
| Can animals predict earthquakes?: Bio-sentinels as seismic sensors in communist China and beyond |
1 |
| A role for spatiotemporal scales in modeling |
1 |
| Realism on the rocks: Novel success and James Hutton's theory of the earth |
1 |
| Should scientific realists embrace theoretical conservatism? |
1 |
| The natural selection of conservative science |
1 |
| Value-entanglement and the integrity of scientific research |
1 |
| No communication without manipulation: A causal-deflationary view of information |
1 |
| Constitutive relevance in cognitive science: The case of eye movements and cognitive mechanisms |
1 |
| Scientific autonomy and the unpredictability of scientific inquiry: The unexpected might not be where you would expect |
1 |
| Knowledge transfer and its contexts |
1 |
| The landing zone - Ground for model transfer in chemistry |
1 |
| Knowledge transfer in agent-based computational social science |
1 |
| Multiple realization and multiple ways of realization: A progress report |
1 |
| The diffusion of scientific innovations: A role typology |
1 |
| Transfer and templates in scientific modelling |
1 |
| In defense of interventionist solutions to exclusion |
1 |
| Reduction redux |
1 |
| Integrating mechanistic explanations through epistemic perspectives |
1 |
| Case study research in the social sciences |
1 |
| Data, epistemic values, and multiple methods in case study research |
1 |
| State of the field: Latin American decolonial philosophies of science |
1 |
