Not exact matches
It is interesting that much of the growth
in income of the top 1 % has come
in the form of eageincome which is practically
impossible to hide (because employers have reporting and withholding obligations
in the tax
system and, at least for
large public companies, often have public disclosure obligations for their senior CEOs).
Historical data is also missing
in a way that makes it
impossible to see the trend, or how being acquired by a
larger system influences price over time.
So far, electrical circuits based on spin waves have not been realised, since it turned out to be
impossible to introduce a perturbation
in the
system large enough to create spin waves.
Its complex tridimensional form, which also holds up the
large display of the Comand multimedia
system, made wooden trimming
impossible in case you order veneer insertions for other parts of the instrument panel.
If warming reaches 2 degrees Celsius, «we will hand young people a climate
system in which it is
impossible to avoid
large sea level rise.»
A negative feedback
larger than the original would be
impossible in a (simple) electrical circuit, but the climate is an extremely complex non-linear
system, and any time the word «feedback» is used, it's only a vague and defective analogy to the referent
in electrical circuits etc..
It is characterized by multiple intersecting and uncertain future hazards to natural and human
systems, that are expected to unfold over a very
large range of spatial and temporal scales, and whose probabilities may be difficult, or
in some cases
impossible, to quantify precisely (because of intrinsic and / or irreducible uncertainties about the future).
«
In comparison to our toy model, a natural system, such as the atmosphere, a river basin, etc.: (a) is much more complex; (b) has time - varying inputs and outputs; (c) has spatial extent, variability and dependence (in addition to temporal); (d) has greater dimensionality (virtually infinite); (e) has dynamics that to a large extent is unknown and difficult or impossible to express deterministically; and (f) has parameters that are unknow
In comparison to our toy model, a natural
system, such as the atmosphere, a river basin, etc.: (a) is much more complex; (b) has time - varying inputs and outputs; (c) has spatial extent, variability and dependence (
in addition to temporal); (d) has greater dimensionality (virtually infinite); (e) has dynamics that to a large extent is unknown and difficult or impossible to express deterministically; and (f) has parameters that are unknow
in addition to temporal); (d) has greater dimensionality (virtually infinite); (e) has dynamics that to a
large extent is unknown and difficult or
impossible to express deterministically; and (f) has parameters that are unknown.