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This postulate is known as the law of inertia.
This postulate was validated when it was shown that substances allowing protons to flow readily across mitochondrial membranes uncouple oxidative electron transport from ATP production.
Using this postulate, a two-parameter compression model is developed.
This postulate requires that all non-tautological beliefs are retractable.
Based on this postulate, we derive a number of design theorems for software implementation.
We view this postulate as a more transparent assumption for the synaptic drive model than the mean field assumption.
Often, however, this postulate affects the fidelity of model predictions, since not all geometrical features are captured.
We give a representation theorem for this postulate and prove that it is compatible with AGM and DP.
However, this postulate leads to many difficulties: What causes this discontinuous change in the physical state of a system?
In fact, we actually find this postulate discussed far more often during the 1790s than in the 1780s.
This postulate is even truer for high power devices in which high current and thus high thermal load are involved.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com