LYCOS RETRIEVER 
Interpretation: John Doe
built 280 days ago
When the intended meaning of the words in a document is obscure and conjecture is needed to determine the sense in which they have been used, mixed interpretation occurs. In such a case, the words express an individual's intent only when they are correctly comprehended. If John Doe refers only to "my wife" in his will, a probate court will have to determine who his wife was at the time of his death. How a lawyer or judge ascertains intent when words are unclear is typically governed by rules of construction. For example, the general definition of a word will govern interpretation, unless through custom, usage, or legal precedent a special meaning has been attached to the term.
Source:
The Ensemble interpretation, or statistical interpretation is an interpretation that can be viewed as a minimalist interpretation. That is, it is a quantum mechanical interpretation, that claims to make the fewest assumptions associated with the standard mathematical formalization. At its heart, it takes the statistical interpretation of Born to the fullest extent. The interpretation states that the wave function does not apply to an individual system, or for example, a single particle, but is an abstract mathematical, statistical quantity that only applies to an ensemble of similar prepared systems or particles. Probably the most notable supporter of such an interpretation was Einstein:
Source:
[S]uch relative frequencies do not provide an admissible interpretation of Kolmogorov's axioms. Finite frequentism has no trouble meeting the ascertainability criterion, as finite relative frequencies are in principle easily determined. The same cannot be said of limiting relative frequencies. On the contrary, any finite sequence of trials (which, after all, is all we ever see) puts literally no constraint on the limit of an infinite sequence; still less does an actual finite sequence put any constraint on the limit of an infinite hypothetical sequence... fast and loose we play with the notion of ‘in principle’ in the ascertainability criterion.
Source:
The TIM is more than a simple interpretation of quantum mechanics, since in that theory, both general relativity and the traditional formalism of quantum mechanics are seen as approximations. However, it does give an interesting interpretation to quantum mechanics.
Source:
MORE ABOUT
John Doe