Turning physical matter into plasma takes such incredible temperatures / amounts of energy. Imagine how much effort it took to turn the primordial plasma into the physical universe we know about (transformation has to work both ways). God (conscious plasma or?) must have wanted to experience the physical world badly to go to all that trouble…and then there are we inconsequential (but amazing) humans floating like dross on all of that incredible creation.
Heat, you say. What is heat? Why, electrodynamics, says I.
COLD FUSION BY PLASMA ELECTROLYSIS OF WATERProcessing: AS3-VI.1.pdf…
What is heat?
“It may be difficult, and it would certainly be rash, to venture to judge recent scientific
work on the basis of history. But it is possible to discover in the history of heat and thermodynamics
certain outstanding features which seem to be lacking in the modern scientific scene, and whose
absence may represent a defect in our arrangements for science. Three key figures in our narrative -
Carnot, Joule and Mayer - were in strict terms amateurs, or devotees, of science. They stood outside
the ‘establishments’ of their days and because their ideas were unorthodox they were ignored. Carnot
died unrecognized and Mayer was driven to despair, while Joule succeeded only through good fortune
and very favorable personal circumstances. These men and the independent lines they took were
essential for the progress of science. If we consider the strong and complex pressure which modern
society exerts on all its members, scientists included, it is reasonable to wonder whether such men
could work effectively today and, if not, whether science can continue to progress satisfactorily
without them. Has it been shown that scientific ‘establishments’ are today more intelligent, more
sensitive and more tolerant of unorthodox opinions than they were in the past? The lives of Carnot
and Meyer remind us that our narrative has indeed included the elements of tragedy; it may be a
greater tragedy if our society makes such careers impossible today.”
Cardwell, D.S. (1989) “From Watt to Clausius - the rise of thermodynamics in the early
industrial age”