Projects

Working with General Physics consultancy means finding the set of professionals who will take the time and effort needed to produce accurate, clear, and innovative first principles solutions to the hardest problems.

From expertise in tissue engineered blood vessels, PCR, western blot and more, General Physics bioengineering expertise will change the startup space with new and proven techniques in medical science.

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A full bioengineering laboratory requires not only the skill set of numerous technicians and scientists, equipment, reagents, computers, and all the accoutrements of a modern facility are critical. A stem cell lab needs these things as well. For a lab to be successful in the modern era, it must brew beer without the beer. This is akin to saying that the reactors of a bioengineering facility must run with products fit for human consumption and even more, they must be ready to do the work of the modern practitioner of medicine.

A global electrical supergrid connecting transmission and distribution of DC current with superconducting wires sheathed with hydrogen coolant will be a combination transportation and electrical system revolutionizing the future. From discussions at the NASEM, General Physics has started the process of consensus agreement on the preliminary HVDC global grid, the foundations for a superconducting supergrid.

General artificial intelligence will be the synthetic development of computer science, mathematics, physics, and engineering in the upcoming era. What is needed is A.I. alignment, basically morality, something that General Physics is working to develop in the computer. We plan to develop connected diagrams and large mathematical models similar to LLMs for the purpose of generating logic from first principles in a physical machine.

General Physics, paying attention to the current administration's focus on shipbuilding, is planning a venture into naval architecture, advanced manufacturing, and propulsion science. Novel magnetic coupling in propeller systems could lead to a breakthrough in power transmission for a new generation of vessels. Look for new developments in the future.

Future fusion reactors will require advanced gigawatt neutral beams to provide heating power and particle density to achieve ignition. General Physics' scientists are developing this nascent field as it progresses with ITER and the startup space.

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Neutral beam injection requires critical nebulization of diffuse gases, ionization, focusing, acceleration, and neutralization. These components are designed with high voltages, ultra high vacuum, neutron embrittlement, and remote handling factors in play. What this means is a critical design phase from lessons learned at tokamak facilities worldwide. General Physics is committed to global collaboration and a democratic approach to solving these problems through connections in the ITER member states.

Part of the ITER DEMO PROTO paradigm of nuclear fusion will be the development of novel fusion devices harnessing magnetic confinement for long duration burning plasma and ignition. Working with industry partners across the globe, from the Big Science Business Forum to the ITER Business Forum, General Physics will help lead the industry to commercial fusion.