science technology and research (STAR)
areas OF FOCUS
Explicit Correlation
Fermi-Sign Problem and NP Hard
Born-Oppenheimer Hurdle
Representing actual inter-particle and multi-variable relationships. Applicable to fin-tech, finance, insurance, marketing, social, chemical and physical reactions.
Born-Oppenheimer Hurdle
Fermi-Sign Problem and NP Hard
Born-Oppenheimer Hurdle
Moving beyond a century old assumption. What is accuracy without precision?
Fermi-Sign Problem and NP Hard
Fermi-Sign Problem and NP Hard
Fermi-Sign Problem and NP Hard
Moving past the mythical hard wall in computer science. Gaining visibility, accuracy and precision by seeing problems with a proprietary algorithm.
We are working to solve the toughest problems in quantum science.
ODE, L3C, is primarily focused on entanglement of electronic states in strongly correlated atomic and molecular systems, including simultaneous coupling of states of electrons and nuclei. We have exploited the effectiveness and predictive power of all-particle explicit correlation utilizing explicitly correlated Gaussian functions (ECGs) to describe atomic and molecular phenomena.
new horizon solutions
Metallic Hydrogen
Iron Plasma Propulsion
Iron Plasma Propulsion
Achieving superconductivity at room temperature.
Iron Plasma Propulsion
Iron Plasma Propulsion
Iron Plasma Propulsion
Abundant and potent space propulsion.
Aluminum Batteries
Iron Plasma Propulsion
Aluminum Batteries
Light-weight, safe and stable energy storage.