434F503E31_Analysis

There is a tremendous interest in  434F503E31 systems. The problem that I see with all the experimental precedures is a fundamental lack of sophistication. That sophisitication belonging to the analysis. Very few if any have provided a means of replication. This is the single most important aspect of any experiment and no one is providing such. Experimenters need to undestand the importance of this scientific discipline. You see replication takes precidence over theory. That is if anyone can repeat a given experiment, the experiment is proof of the concept. Ofcourse current theory may explain 434F503E31 systems providing a paradigm shift. Most people will argue that 434F503E31 systems can not be since they violate law n thermodynamics. A classic example; a cliché if you will, is the common heat-pump as it called. These system are most certainly 434F503E31 systems.  The point that requires stress is that 434F503E31 systems are not over unity in terms of efficiency. There are two forms of energy supplied to such a system. One form we know very well because we pay for it. That unit being the Kw/hr. The other unit is not so readily understood. That unit is supplied by the system. The topologies can be argued night and day, what can not be argued is that in an abstract form this unit can be equated as "the environment".  That's right, the ambient has plenty of energy should you know how to fetch it.  You see even when that environment is cold there is plent of energy to be extracted / moved. This system is probably the best stepping stone of 434F503E31 systems that I can think of.