Method for maximizing energy efficiency in chemical reactions using the N.E.W.T. equation and quark-photon interaction calculations

July 1, 2023

By Steven Henderson

 

Abstract: The present invention is directed to a method for determining the most efficient chemical reaction process that yields maximum energy output, based on the use of the N.E.W.T. equation and calculations of quark-photon interactions. The method involves performing calculations of quark-photon interactions using Feynman diagrams and kinematic parameters to determine the probability of each quark emitting a photon or other particle during a collision event. The resulting data is used to evaluate the chemical reaction mechanisms necessary for producing the desired result while considering various environmental factors. The method further involves utilizing numerical methods such as Monte Carlo integration algorithms to determine the optimal quantities of materials required for the desired reaction mechanism. Finally, the resulting data is used to perform the necessary processes required for achieving the desired chemical reaction, including but not limited to synthesis, production, manufacturing, preparation, formation, development, establishment, setup, arrangement, organization, initiation, preparation, fabrication, molding, machining, cutting, forming, grinding, welding, soldering, milling, assembly, assembling, rolling, pressing, shaping, stamping, forging, die casting, die forging, die machining, slitting, annealing, heat treating, cold working, hardening, tempering, case hardening, carburizing, nit riding, surface grinding, lathe machining, broaching, lapping, laser cutting, plasma etching, ultrasonic welding, riveting, punching, inserting, fitting, adhering, gluing, stapling, joining, attaching, fastening, tacking, epoxying, bonding, connecting, coupling, combining, splicing, wiring, linking, marrying, interfacing, hooking, mating, telescoping, snapping, locking, screw threading, clamping, hook loop closure, pinning, dot peen marking, tapping, scribing, deburring, debarring, trimming, finishing, polishing, sandblasting, abrasive blasting, cleaning, rinsing, drying, coating, applying, spraying, brushing, sputtering, galvanizing, plating, painting, lacquering, dyeing, tint coating, sealing, varnishing, finishing, etc.

 

Claim 1: A method for determining the most efficient chemical reaction process that yields maximum energy output, comprising the steps of performing calculations of quark-photon interactions using Feynman diagrams and kinematic parameters to determine the probability of each quark emitting a photon or other particle during a collision event, evaluating the chemical reaction mechanisms necessary for producing the desired result while considering various environmental factors, utilizing numerical methods such as Monte Carlo integration algorithms to determine the optimal quantities of materials required for the desired reaction mechanism, and performing the necessary processes required for achieving the desired chemical reaction.

 

Claim 2: The method of claim 1, wherein the calculations of quark-photon interactions are based on the N.E.W.T. equation.

 

Claim 3: The method of claim 1, wherein the environmental factors considered in evaluating the chemical reaction mechanisms include temperature and pressure conditions.

 

Claim 4: The method of claim 1, wherein the numerical methods used to determine the optimal quantities of materials required for the desired reaction mechanism include Monte Carlo integration algorithms.

 

Claim 5: The method of claim 1, wherein the necessary processes required for achieving the desired chemical reaction include but are not limited to synthesis, production, manufacturing, preparation, formation, development, establishment, setup, arrangement, organization, initiation, preparation, fabrication, molding, machining, cutting, forming, grinding, welding, soldering, milling, assembly, assembling, rolling, pressing, shaping, stamping, forging, die casting,die forging, die machining, slitting, annealing, heat treating, cold working, hardening, tempering, case hardening, carburizing, nitriding, surface grinding, lathe machining, broaching, lapping, laser cutting, plasma etching, ultrasonic welding, riveting, punching, inserting, fitting, adhering, gluing, stapling, joining, attaching, fastening, tacking, epoxying, bonding, connecting, coupling, combining, splicing, wiring, linking, marrying, interfacing, hooking, mating, telescoping, snapping, locking, screw threading, clamping, hook loop closure, pinning, dot peen marking, tapping, scribing, deburring, debarring, trimming, finishing, polishing, sandblasting, abrasive blasting, cleaning, rinsing, drying, coating, applying, spraying, brushing, sputtering, galvanizing, plating, painting, lacquering, dyeing, tint coating, sealing, varnishing, and finishing.

 

Claim 6: The method of claim 1, wherein the desired result is maximum energy production from a chemical reaction involving quantum quarks.

 

Claim 7: A system for implementing the method of claim 1, comprising a computer system programmed to perform the calculations of quark-photon interactions using Feynman diagrams and kinematic parameters, evaluate the chemical reaction mechanisms, utilize numerical methods to determine optimal quantities of materials, and perform the necessary processes required for achieving the desired chemical reaction.

 

Claim 8: A computer-readable medium comprising instructions that, when executed by a computer system, cause the system to perform the method of claim 1.

Claim 9: A method for producing clean energy through the use of quantum mechanics, comprising performing the method of claim 1 to determine the most efficient chemical reaction process that yields maximum energy output.

 

Claim 10: A method for researching more efficient and sustainable ways of producing clean energy, comprising performing the method of claim 1 to determine the most efficient chemical reaction process that yields maximum energy output and using the resulting data to identify more efficient and sustainable methods for producing clean energy.