2006年01月26日

プロット

1
maximun work from a state in environment
available energy
Runt(1956) exergy

M. Sato's proposal gives the general standard of negentropy and exergy.
It gives expression of amount of unequivallence
in thermodinamicaly or in statistical mechanicaly.

Schrödinger(1944) negative entropy in "What is Life?"
Brillouin (195?) negentropy

the Kullback-Leibler information(1952,1956)

2
Takenaka(2005) naturaly or unconsiously says "the Kullback-Leibler information = -Boltzmann's entropy"
Matsunawa(1984) finds primitive origin of KLI in Boltzmann's work
Akaike(1973) Boltzmann's work --> AIC(which includes KLI)

Schrödinger (1944) negative entropy = -k log D = -Boltzmann's entropy
3
Hidetoshi Takahashi (1979) Exergy OK so so .
Negentropy How to measure ? Definition ?

4
Guoy(1889)Stodola(1898)theorem Jouguet(1907)
difference of entropy between two states =( negentropy)=exergy /T0
T some sysytem
T0 temprature of Environment or sercumstanses


5
M. Sato(1981) T0 should be Tfinal. or Final equivallent state of the system. It may be Maxwell-Boltzmann's distribution, mostly or.
6
M. Sato(1984) if you think in particles motion way, you can treat with KLI.
p starting state
q final equvallent state .It may be Maxwell-Boltzmann's distribution, mostly or.


7
Shukuya() maximum pleasant = minimum exergy consumption
napping cat on らんま 欄間 a fanlight; a transom.

Cat knows


8
Matsunawa(199?) leads Schrödinger equation based on Fisher's information and KLI

FI as unsertinity
KLI as (?)
9
Goto(2002?) proposes rivise of exergy

10
bergmann divergence


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