Pentagon shooting (9/11, pot and Sabow?)

[Magda Hassan]

Oh, this one is interesting Ed! From your link above. What are the chances?

Pentagon and Univ. Alabama Shooter Both Specialized In Same Field–Bionic Connections

7 03 2010 [Can it be written up to mere coincidence that both the Pentagon Subway shooter and the Alabama professor shooter were both working in the same field of electro-biological science, specifically, the integration of electronic circuitry with biological connections? John Bedell was working on biological/electrical connections at the molecular level, specifically, making biological connections to electro-plated aluminum components. Amy Bishop was working on mammalian neuron connections, to integrate with Neuristor™ circuitry [B](An electronic component that processes electrical signals in a manner modeling the behavior of neurons). [/B]

It is significant that Bedell's statement, in addition to focusing on military drug-trafficking out of California (SEE: Col. James Sabow ), alludes to working on "information currency...that will affect complex human actions." This sounds very much like the theories offered in the Silent Weapons for Quiet Wars paper.

Did both of these mentally ill researchers expose themselves to the government's cyber-soldier, mind-control technology and become victims of the great evil which runs this Nazi-created program? Maybe this is a sick method for disposing of unstable researchers who know too much?]

John Patrick Bedell

I have a bachelor’s degree in physics from the University of California, Santa Cruz, and studied biochemistry at San Jose State University. I’ve studied electrical engineering with the goal of creating microsystems for molecular analysis. You can see a proposal to use aluminum anodization as an adsorption method for DNA molecules on CMOS chips at vNA_integrated_circuit/proposal_import_2007 (which originates from an unsuccessful DARPA proposal to create a “microMIRV” interoperable with standard firearms ammunition), and a proposal to use xenon difluoride to create a picoliter-scale computer-controlled device for sorting biomolecules (available atv:Capillary_electrode_array/proposal_import_2007), including DNA and protein molecules. My goals include the discovery of a protein sequence for the diamondase enzyme, enabling the creation of macroscale diamond structures, and the creation of self-assembled macrosystems with CMOS DNA-integrated circuits.

The scale of these and other projects have led me to develop financial instruments representing information as a tool to manage large projects that are very knowledge-intensive.

I am determined to see that justice is served in the death of Colonel James Sabow, as a step toward establishing the truth of events such as the September 11 demolitions and institutions such as the coup regime of 1963 that maintains itself in power through the global drug trade, financial corruption, and murder, among other crimes. [B]My work to develop information currency is an effort to create a framework for information management that uses financial markets to create the economic signals (prices) that will effect complex human actions in the real world based on specified information. [/B]

[URL="http://www.uah.edu/biology/amy.html"]Dr. Amy Bishop
Assistant Professor
Department of Biological Sciences[/URL]

Molecular Biology of Oxidative Stress
Neurobiology
Neuroengineering
Induced Adaptive Resistance
Neuroengineering
My laboratory’s goal will be to continue in our effort to develop a neural computer, the Neuristor™, using living neurons. This computer will exploit all of the advantages of neurons. Specifically, neurons rich with the nitric oxide (NO) dependent learning receptor, N Methyl D Aspartate receptor (NMDAR), will be utilized. These have previously been studied in the context of induced adaptive resistance to NO (IAR). For the Neuristor™ we will take advantage of the IAR phenomena since it has been demonstrated that IAR neurons express more learning and memory receptors (NMDAR) as well as increased neurite outgrowth. The neurons that we are currently using are mammalian motor neurons. We are exploring the possibility of using neurons derived from adult stem cells, and from bony fishes provided by Bruce Stallsmith Ph.D. This laboratory has created a portable cell culture incubator, the Cell Drive™ that is an ideal support structure for the Neuristor™ (An electronic component that processes electrical signals in a manner modeling the behavior of neurons).