 Using scientific concepts and methods: recent philosophical attempts of capturing cp-laws increasingly involve importing key concepts from the sciences and using these concepts for developing a general theory of cp-laws. Inspired by classical mechanics, Maudlin (2007) and Hüttemann (2014) analyze cp-conditions in terms of default or inertial behavior. Both authors capture a violation of cp-conditions as a deviation from inertial behavior, where deviating from inertial behavior is itself a process governed by laws of deviation (Maudlin) or laws of interaction and composition (Hüttemann). Other philosophers are influenced by the life sciences such as Nickel (2014), Pemberton and Cartwright (2014), and Strevens (2012, 2014) who rely on the concept of a mechanism in order to explicate the content of cp-conditions more generally. Kowalenko (2014) argues that cp-laws are best understood by drawing on methods from statistics, such as multivariate regression analysis (for a discussion of similar statistical approaches see Hüttemann and Reutlinger 2013, Reutlinger 2014, Roberts 2014, and Strevens 2014). Schurz (2014) uses causal Bayesian networks as a formal framework for a causal reconstruction of ceteris paribus and ceteris rectis laws. Finally, Jhun (2018) argues that focusing on the equilibrium methodology used in thermodynamics as well as in economic reasoning facilitates a new understanding of the explanatory role of cp-laws in terms of efficient performance. 