- power-performance tradeoff. Examples: AMD Cool'n'Quiet AMD PowerNow! IBM
EnergyScale Intel SpeedStep Transmeta LongRun and LongRun2 VIA
LongHaul (PowerSaver)...
-
amount energy is minuscule,
which is why a loss of
energy (loss of m****) from most
systems is
difficult to
measure on a
weighing scale,
unless the
energy loss...
-
energy, but
examination of the
roles of
matter and
radiation are most
important for
understanding the
early universe.
Using the
dimensionless scale factor...
-
theories such as
quantum gravity. The term
Planck scale refers to
quantities of space, time,
energy and
other units that are
similar in
magnitude to corresponding...
-
defined by
scale includes fields of
science such as
surface science,
organic chemistry,
molecular biology,
semiconductor physics,
energy storage, engineering...
- The
grand unification energy Λ G U T {\displaystyle \Lambda _{GUT}} , or the GUT
scale, is the
energy level above which, it is believed, the electromagnetic...
-
approximation that is
valid at
ordinary scales.
Quantum systems have
bound states that are
quantized to
discrete values of
energy, momentum,
angular momentum, and...
- The
Richter scale (/ˈrɪktər/), also
called the
Richter magnitude scale, Richter's
magnitude scale, and the Gutenberg–Richter
scale, is a
measure of the...
-
increase in the
seismic energy (strength) of an earthquake. Second,
Richter arbitrarily defined the zero
point of the
scale to be
where an earthquake...
-
enlarges or
diminishes objects Scale invariance, a
feature of
objects or laws that do not
change if
scales of length,
energy, or
other variables are multiplied...
