  The purpose of this research was to synthesize basic and fundamental findings
in quantum computing, as applied to the attack and defense of conventional
computer networks. The concept focuses on uses of radio waves as a shield for,
and attack against traditional computers. A logic bomb is analogous to a
landmine in a computer network, and if one was to implement it as non-trivial
mitigation, it will aid computer network defense. As has been seen in kinetic
warfare, the use of landmines has been devastating to geopolitical regions in
that they are severely difficult for a civilian to avoid triggering given the
unknown position of a landmine. Thus, the importance of understanding a logic
bomb is relevant and has corollaries to quantum mechanics as well. The research
synthesizes quantum logic phase shifts in certain respects using the Dynamic
Data Exchange protocol in software written for this work, as well as a C-NOT
gate applied to a virtual quantum circuit environment by implementing a Quantum
Fourier Transform. The research focus applies the principles of coherence and
entanglement from quantum physics, the concept of expert systems in artificial
intelligence, principles of prime number based cryptography with trapdoor
functions, and modeling radio wave propagation against an event from unknown
parameters. This comes as a program relying on the artificial intelligence
concept of an expert system in conjunction with trigger events for a trapdoor
function relying on infinite recursion, as well as system mechanics for
elliptic curve cryptography along orbital angular momenta. Here trapdoor both
denotes the form of cipher, as well as the implied relationship to logic bombs.
