Applied Particle Physics in Energy Research

# Drone Technologies

Firefighting Acoustic Drone Campaign

Experimental Propellerless Drone

# Hydrogen From Water Technologies

Thermochemical Water Splitting
Initial Capital to be deployed on:
• Mechanical precision machining
• Electrical, Chemical Engineering
• Initial prototype
• Secondary prototype

## Hydrogen From Fossil Fuels Technologies

Thermochemical Hydrocarbon Splitting
Solid Oxide Fuel Cell (SOFC) CHP systems

## Hydrogen Cartridge Charger Technologies

Hydrogen Cell Phone Chargers

# Accelerator Transmutation of Nuclear Waste (ATW)

Spallation Neutrons from Fission Reactor
Vast majority of literature in ATW focuses on sATW

Fusion Neutrons from Tokamak Reactor
New growing literature in ATW focuses on tATW

Fusion Neutrons from Muon Catalyzed Fusion Target
No literature in ATW focuses on mATW but there should be and this is strongly advocated by General Scientifics
Initial Capital to be deployed on:
• Mechanical precision machining
• Electrical, Chemical, Civil Engineering
• Initial prototype
• Secondary prototype

# General Relativity

MIT-Mt Sunapee NH Time Dilation Measurement

Planetary Time Dilation Calculator

### Special Relativity

Light Speed Normalization

### Muon Physics Applications

Muon $$g-2$$: Anomalous Magnetic Moment of the Muon
Muonoscopy discovers new chambers in the Pyramids

### Utilities

Running CERN ROOT on Windows10

Running R on Windows10

General Scientifics is a general physics consulting practice focused on deriving solutions to technical challenges faced in industrial applications by means of applications of mathematical, classical, quantum, relativistic, molecular, atomic, nuclear and/or particle-level physics. General Scientifics makes available PhD experimental physics experience designing, building, constructing and operating custom electronics hardware and software embedded in particle detector equipment including analysis of data from experiments and their comparison with theoretical predictions at particle accelerator laboratories in USA (Bates (MIT), Fermilab (SSC), BNL, Wright (Yale)), Russia (BINP) and Japan (KEK). Pre-doctoral support was provided by the US Dept of Energy, Office of Basic Sciences, Particle Physics Division; Russian Academy of Sciences, Siberian Division and post-doctoral by the Japan Society for the Promotion of Science (JSPS) government agencies.

Recent and current experience includes calculations in Relativity (General Relativity: time dilations expected from the different gravity fields in the Solar System; Special Relativity: development of light speed normalization notation), mechanical acceleration (drone lift physics), and basic hydrogen chemistry for hydrogen applications.

On going projects seek development of innovations in the fields of drone stability and robust capability to lift greater weights to ultimately enable and achieve the holy grail of realistic physics for flying cars; hydrogen applications in efforts to devise safe and reversible means for storing hydrogen in and extracting hydrogen from water to enable and achieve rendering the municipal water supply as the hydrogen fuel infrastructure; and an effort to deploy neutrons from muon catalyzed fusion reactions towards accelerator transmutation of nuclear waste to not just move nuclear waste around but to actually eliminate it from the world at a rate faster than it is generated.

### Contact

If you would like analyses and potentially solutions in your application fields please send a message so your technology problems can receive the proper attention.

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