On Mar 12, 1:33 am, "00BNZ" wrote:
Up To 69% Of Global Warming Due To Solar Variability

Nicola Scafetta, Bruce J. West

Physics Today

March 2008

http://www.fel.duke.edu/~scafetta/pdf/opinion0308.pdf


OK, tell us what this means:

"temperature is subtle because it is not
just an energy transport process but
also an information transfer. According
to linear response theory in statistical
physics, a network S responds to a perturbation
P by means of a linear transfer
equation, whose kernel, the response
function, is determined by the
fluctuation-dissipation theorem given
that the perturbation is sufficiently
weak. When S and P are non-Poisson
renewal processes, the response of S is
maximal when the complexity of the
two networks, as measured by the inverse
power-law indices, is matched."

You can't, can you?

"dave" wrote
It throbs...

Let me explain. The researches couldn't find any correlation between
earth's surface temperature and solar variability, but they could show that
a particular statistic they could compute for both solar variability and
variability of temperatures here on the earth had a distribution that was an
inverse power function and that the exponent was roughly the same in both
instances.

In other words, it's worthless Claptrap.

Lloyd wrote:
On Mar 12, 1:33 am, "00BNZ" wrote:
Up To 69% Of Global Warming Due To Solar Variability

Nicola Scafetta, Bruce J. West

Physics Today

March 2008

http://www.fel.duke.edu/~scafetta/pdf/opinion0308.pdf


OK, tell us what this means:

"temperature is subtle because it is not
just an energy transport process but
also an information transfer. According
to linear response theory in statistical
physics, a network S responds to a perturbation
P by means of a linear transfer
equation, whose kernel, the response
function, is determined by the
fluctuation-dissipation theorem given
that the perturbation is sufficiently
weak. When S and P are non-Poisson
renewal processes, the response of S is
maximal when the complexity of the
two networks, as measured by the inverse
power-law indices, is matched."

You can't, can you?

It throbs...