At the outset in 2001 at our Celebration, Florida lab the CQS team, formerly Radiance Technologies, LLC, Pompano Beach, FL, began the formidable task of first imagining and then building what has become The CQS Electromagnetic Processor, called the CQS-SHOWCASE-2024 publicly. 

At the outset the CQS team had over 200 years of direct experience with computers and optical networks including highly-classified USA Government systems and unclassified systems as well. A few of the companies that our team have direct experience working with or for were: the National Security Agency (NSA), the National Reconnaissance  Office (NRO), Bank of America, Ford Aerospace, Intel, Lockheed and also with various global capital-acquisition ventures.

The CQS machine theory is based in cybersecurity. That is, the goal of the project was and remains intensely focused on a maximum effort to provide an All-Optical-Network (AON) with six nodes on a segment that prevents clandestine monitoring by any unauthorized penetration (hacking) of the user information being sent over the AON segment. We decided the best-fit-path to such a machine theory would be in the non-nuclear optical electromagnetic spectrum context. Our Sun creates far too much interference and background noise such that no optical electromagnetic signals can be sent through the Earth's atmosphere successfully. However, AON optical electromagnetic signals through fiber-optic cables, called (FOP) links, would succeed.

The Cambridge Quantum Solutions, LLC, CQS-SHOWCASE-2024 is centered on deploying a new and unique information system that will revolutionize the way optical data will be transported on the global fabric. These bold claims are backed by scientific, repeatable proofs that the CQS tech-team has discovered over 23 years in order to substantiate our bold claims. The CQS Electromagnetic Processor, called a Technology Demonstrator internally (see photo below), is really not a quantum computer, as it is understood to be presently. That is, we are not doing lab experiments on any atom. We are not using infinite integrals to predict the wavefunction collapsed state of any atom. 

We have a paradigm that is based on the geometric structure of the beryllium atom's 8-mass configuration, which is not sustained in Nature, as a shepherd neutron is present in its nucleus, the 9-mass configuration, to stabilize it. However, the geometric structure containing four protons, four neutrons and two spherical electron orbital shells is in view. CQS is in the process of obtaining United States Trade & Patent Office (USTPO) patent protection as soon as funding can be secured, hopefully in 2024. With extraordinary claims, we believe we have the extraordinary proofs (Carl Segan - Cosmos TV Series). Thank you for visiting our website.

The CQS-Tech-Team has a combined direct experience base that spans 200+ years. Dean P. DeHaven, Chief Executive Officer (CEO), has a total of 14 years working with NSA's charter (US NAVY and Digital Equipment Corporation). He has a MBA in Information Systems. He is the inventor of the CQS machine theory. Daniel L. Bittinger, Chief Financial Officer (CFO), comes with an enormously successful career in global capital acquisition. He has a BA in a business-teaching genre. Harry R. Betz, Engineering Consultant (EC), has great wit and direct experience to bring to our team. He has a MSEE and worked with Lockheed with NSA's charter as a senior mathematician. Richard H. Umstattd comes with a fantastic background with Intel and was a lead engineer with Intel, having DOD security clearances, directly involved with in the design and deployment of the Intel 286 microprocessor. He has a MSEE and is a vital component of our team.

 The CQS Team

The CQS electromagnetic processor is in a sense an optical server. We discovered that the number four atom (beryllium) provided the best paradigm for our CQS machine theory. The first photo below shows what we call a Technology Demonstrator and exists as a hybrid-model. That is, it is designed and built to include both actual electronic subsystems and full-scale models revealing the symmetry for the internal structure of the beryllium atom in terms of what it might look like using geometric full-scale models. A model of a spherical glass enclosure, called the S-shell shown below, is an integral component, contains what is called the processor element accumulator (PEA). The S-Shell shown below is an actual physical subsystem in the chassis of the technology demonstrator. The discovered proprietary technical proofs strongly supported the focus on the claim that the CQS theory involves a universal atomic electromagnetic processing machine. The goal of the CQS project is centered on providing an electromagnetic machine cycle theory based in the infant field of quantum computers with what in reality involves secured optical servers on its proprietary AON network.