Advise Fisonic Energy Solutions on strategy, use, and other applications, and markets to use the FISONIC Pump, and Thermal Kinetic Turbine Generator for improving building efficiency, and blackout heat, air-conditioning, and electricity for commercial and residential high rise buildings as well as corporate, university, government facility, and use of waste heat to reduce energy, resource use and cost.

reduced maintenance for water reactors, coal steam plants, and combined cycle gas turbine (CCGT) steam bottoming cycle.Energy and Resource efficiency and reliability improvement of heating, air-conditioning, and electricity supply in commercial and residential high rise buildings, government, educational institutes, hospitals, etc. which use steam heating. System provides upgrades systems to provide electrical blackout heat/A/C/electricity supply through major storms, etc.Design of efficiency and reliability systems to ensure that steam power systems of all types coal, biofuel, combined cycle gas, and nuclear plants stay on-line and cooled through storms and all power outages, including staying online and islanded to accelerate grid recovery and emergency response. Our systems will be able to prevent light and heavy water nuclear reactors from being able to melt down.Design a new kind of simple, compact high power density, low pressure nuclear reactor using Lightbridge fuel that operates with no need for any electrical power, but still produces electrical power and building heat supply.

Development of Quantum DNA capabilities, including Quantum Communications.

Design of highly radiation resistant nano-vacuum tube THz computer chips. Applications include, but are not limited to Quantum computing, etc. I was involved in design of the original chips and concepts.One application is the ability to accelerate ion packets to very high MeV energies. This feature has been used to design a small (beach ball size) aneutronic low Z proton-boron-11 fission ("fusion") reactor with direct energy conversion of 3.5 MeV helium ions, by passing them through an electric field to induce a current, and photo electric effect materials to recycle colombe scattering X-ray energy.

Nuclear Generated Synthetic Fuels, Fertilizer, etc.

I lead a team of Elysium Industries experienced reactor designers with over 300 reactor design years of experience. Elysium is designing a Molten Chloride Salt Fast Reactor (EMSR) to provide lower construction and operation cost, higher efficiency electricity and process heat to improve the access to electricity at a lower cost, but with passive safety. The Elysium can be started with nuclear waste from Spent Nuclear Fuel (SNF) and Plutonium, which reduces fuel cost but eliminates SNF waste and weapons plutonium, improving proliferation resistance. Fuel conversion is done in a low cost and proliferation resistant process at 1/10 the cost of the IFR pyro-processing method for IFR/PRISM, which is 1/10 the cost of the PUREX process the world standard fuel recycling method. Actinides are converted and put in the MCSFR, but are never removed, unless fuel is required to start another MCSFR. To make fuel to start a new MCSFR, the reactor can be operated as a positive breeder reactor. The extra fuel is simply discharged, stored, and shipped to the new reactor without any separations. All uranium, plutonium, minor actinides, and soluble fission products remain in this fuel, so it is completely proliferation resistant.It is Elysium's goal to allow islanded operation of the MCSFR during blackout events, to more rapidly reestablish the electrical grid, and supply power to emergency response teams for faster emergency service. Elysium's team comes from designing submarines, where loss of power could mean loss of submarine and crew. Continuity of power is crucial, so we are confident we can provide continuous reactor operation.This MCSFR can supply lower cost, blackout power, passively safe power, while consuming both SNF and WGPu waste. This brings up the question: Is this a Generation IV reactor or is the passively safe, blackout power and not only a closed fuel cycle, but a fuel cycle that closes older reactor's fuel cycles, a Generation V Reactor?

Experience:+ Reactor Operations+ Reactor Design & Integration+ Space Reactor Design, Mgr. & Engr.+ Contracting+ Radiation Shield Design & Innovation+ Shield Test/Certification+ Shield Materials Testing+ Project Management & Lead Engr.+ Drawing Development/ReviewSpecialties: Reactor IntegrationCreative Design InnovationsRadiation Effects on MaterialsRadiation DetectionReactor TestingSpace Reactor Design & Integration

Responsibilities/SkillsManaged Space Reactor shield design and material selection, Space Craft Radiation effects, interface with the launch vehicle, reactor support, energy conversion support and configuration, reactor instrumentation, reactor control, reactor safety, thermal control, and space craft electrical grounding. Shield budget, manpower, and development/construction plan to support launch and flight support. Interfaced with and managed contracts with national labs (ORNL, LANL, Y-12, SNL, and JPL) and vendors. Managed work of 7 multi disciplinary people at KAPL and Bettis, including shielding, mechanical, and thermal engineers. Routinely interfaced with upper level managers. Helped define, plan, schedule the complex fast paced unique Jupiter Icy Moons Orbiter (JIMO) project from the very beginning. Helped write a classification guide. Contributed a multitude of ideas to support the project. Interfaced with a large diverse group of people with a variety of skills in a very professional manner. Assisted the Space Program Manager develop a very high level summary of Space Program accomplishments for NR to present to the Admiral. One of small special group of KAPL and Bettis mostly upper management individuals selected to review the possibility of involvement, issues, and cost of developing a nuclear powered ion propulsion rocket to fly to the moons of Jupiter.

Summer intern (4 Summers)Telecomunications System Design