| advanced electrochemical
system and the design of overall electrical architecture for fuel
cell stacks. In addition to research in general electrochemistry,
substantial work in chemical corrosion and metal/metal oxide stability
was performed.
Beyond fuel cell development, Adam has experience in high temperature
electromagnetism, viscometer design, and general manufacturing and
assembly.
Adam holds a Bachelor’s of Science degree in mechanical
engineering from Tufts University and has 4 patents pending.
“I believe that successful cable design evolves from two
core elements; sound engineering and scientific principles as well
as basic listening tests. As anyone who has worked in a research
and development atmosphere will tell you, failure is almost a foregone
conclusion if adequate empirical testing and evaluation cannot be
accomplished. Listening tests are the fun part of the job, and they
are also one of the most vital tools we have. However, you really
need to start with the fundamentals to end up with a good final
product. Too many cable companies have based their designs solely
on trial and error and subjective qualification. Some of the companies
have been able to achieve fairly decent results, but they are unlikely
to ever really break into that higher plane of performance without
a better backbone of science. I think Pear Cable has been able to
break into that higher plane.”
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