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The entrainment mixing resulting from this model manifests as partial evaporation of all the drops within the cloud but no change in the number of cloud drops. [2] [3] A contrasting model of entrainment is inhomogeneous mixing. This model assumes that the time it takes to evaporate cloud drops is short compared to the mixing timescales.
In the field of chronobiology (the study of circadian rhythms), the dual circadian oscillator model refers to a model of entrainment (where rhythmic events in an organism match oscillation in the environment) initially proposed by Colin Pittendrigh and Serge Daan.
In the study of chronobiology, entrainment refers to the synchronization of a biological clock to an environmental cycle. An example is the interaction between circadian rhythms and environmental cues, such as light and temperature. Entrainment helps organisms adapt their bodily processes according to the timing of a changing environment. [1]
The phase changes experienced by the organism could be represented by a phase-response curve consisting of portions including the advance zone, delay zone, and dead zone. This model became widely accepted over Aschoff's parametric model, but it is still unclear which model most effectively explains the process of photoentrainment. [7]
However, this model has been salient in furthering our understanding of entrainment and is widely used today to teach the concept of nonparametric entrainment. [8] Pittendrigh's close friend, Aschoff, proposed a contrasting parametric model of entrainment in which he proposed that light either lengthened or shortened the endogenous period (τ ...
In many ways, open banking is the realization of Plaid’s entire business model—allowing consumers to more easily control and port their information between different institutions. Practically ...
2025 fitness trends are expected to include strength training, a holistic mind-body approach, more wearable tech, and AI-generated workouts, to name a few.
Near-Earth asteroid Bennu has a slim chance of colliding with Earth in 2182. If it does, the impact could trigger a global winter that affects our planet for years.