Edward Bishop

Ed Bishop is President and Owner of EDSys Incorporated, a consulting firm
based in New Jersey providing innovative systems and software engineering
solutions for government agencies, Fortune 100 and Inc 100 companies in a
wide range of industries including financial services, telecommunications,
pharmaceuticals, biotechnology, aerospace, alternative energy and
nanotechnology. He also participates in numerous and wide-ranging
scientific research projects, including interdisciplinary postgraduate
research at Rutgers University in high-energy theoretical physics
(supersymmetry, superstring and quantum gravity theories), pure and applied
mathematics (algebraic topology, category theory, metamathematics, and
quantum information theory) and computer science (artificial intelligence,
bioinformatics, massively parallel computing and quantum computing).
When not doing computer systems and software engineering consulting work,
Ed's research projects in the past year include: continuing the development
of advanced analytical methods for computing Standard Model predictions for
high-energy particle experiments at CERN's Large Hadron Collider (due to
begin "low-power" experiments this Fall, full-power next year) using the
mathematics of Roger Penrose's Twistors; reviewing some startling data from
Long Island's own Relativistic Heavy Ion Collider, which at the very least
could be the first application of Superstring/M-Theory *mathematics* to
successfully explain and predict experimental results (a technique known as
ADS/CFT or "Maldecena" Correspondence is being applied to predict and
explain observed TeV-range quark-gluon plasma jets that Quantum
Chromodynamics can't explain); and assisting in the effort to identify which
one of an estimated 10^500 4-dimensional "ground states" of the
11-dimensional Superstring/M-Theory exactly represent our universe,
including progress on a proof that an exhaustive computational approach to
this search is an NP-Complete problem and progress on modeling this search
on a (hypothetical) massive quantum computer to (hopefully) accomplish it in
less than one lifetime!
He has Bachelors and Masters degrees in Electrical, Computer and Systems
Engineering from Rensselaer Polytechnic Institute and is a member in good
standing of the American Physical Society (APS), Society for Industrial and
Applied Mathematics (SIAM), the Association for Computing Machinery (ACM),
the Institute of Electrical and Electronics Engineers (IEEE), and the IEEE
Computer Society. |