Friday, July 7, 2023

Frustration Dissipation Relations


Amidst all that is chaos
must one find the inner peace
dissipate out the excess heat
shunt it all into the random deets
coarse-grain up to the macro stats
there shall not be a retreat to beat


To dissipate the frustrations,
must not there be a reservoir
to couple well with
the system
put to question?


From that out-set
doth the set-in distinguish well?
Where do these environments end?
and whence it is that I commence?

Can't Kant yell it apart
the forced dynamics,
the autonomous kinematics?


The framework may as well bless in excess
with a freedom ad'infinitum of axes,
none the less,

how does one even do the averages, yet,

if it is so not self-averaging a process?


Are there eal solutions in these settings,
and do they converge, to this very reality?


If I could stead inhere
a balance,
circular, if not in detail...


Is it essential in the absolute, that you pull
the manual overrides, once in a while, at will?


Could it yet be just an organic sculpture
whilst subjugated to such fluctuations
due from the quantum of vacuum?


*****

Epilogue:

It is said
even if one is so isolated
there may yet be a thermodynamic limit

The MahaKapi merely outgrows the extents
a complex mereology is at the emergent

Self-thermalization behind the red chins
the Hanuman attains the Himalayan zen

abiding time, to the next creation


.......................................................................

keywords: thermodynamics, fluctuation-dissipation theorems, chaos, heat, dissipation, randomness, open quantum system, environment, heat-bath / reservoir, dynamics, kinematics, (non)markovianity, degrees of freedom, (non-)self-averaging processes, spaces of Real / Complex numbers, solutions to equations of motion, physical realism, detailed balance, equilibrium,  circular balance / steady state, manual overrides, organic sculpture / saavyava shilpa, quantum fluctuations, quantum vacuum, quantum of solace, isolated systems, thermodynamic limit, mereology, emergence, self-thermalization...

No comments:

Post a Comment

Thank you for commenting. Much appreciated. Await reply in return especially wherever obviously necessary.