Chemical analys
A complex system can, in principle, be observable – that is, the system’s complete internal state can be reconstructed from its outputs, which would ostensibly involve describing in complete quantitative detail all of its internal state variables at once. In an actual experiment, however, such measurement is typically beyond our reach, and so is limited to a smaller number of those variables. Referred to as sensors (or sensor nodes), these key variables can be used to make the complete system observable. Recently, scientists at Northeastern University and MIT devised a graphical approach that first derives the mathematical equations describing a complex system’s dynamics, and then determines the key sensors for that system. Moreover, when applying their approach to biochemical reaction systems, the researchers discovered that the derived sensors were both necessary and sufficient to describe the complete system. The scientists conclude that their findings allow a systematic exploration of many diverse natural, technological and socioeconomic systems. (via Through a sensor, clearly: Complex systems made observable)
can I construct a world
for you, one
which can be safe
as well as
real; one which
can sustain your
mind the way
the doctor found
it when you
grew inside me:
your little punches
threw her off
course, and you
fought her
off your case. Can
I bring you
into this world
and keep you
whole?
Can i hold the
weights so
you can grow
in proper love; in proper
fate; in proper
time?
istanbul
Turkey snow winter
Dinner:-B