Tony Defries

Self directed theoretical quantum physicist, material scientist and futurist with over two decades of research and practical experience in diverse fields including condensed matter physics, chaos theory, nanotechnology, photovoltaics, renewable energy and quantum electrodynamics. Developed Slope, an ultrafast scalable process to permanently remove and reform CO2 into atomically pure graphene, CNTs oxygen and electrical at femtosecond rates that could remove gigatons of CO2 24/7 to address climate change. Sustainable, low cost, organic process using quantum theory and dynamics. An essential technology for advanced net zero plus additive materials could benefit many industries including fossil fuels, power generation, renewable energy, automotive, aerospace, electrification, construction, transportation, semiconductors, textiles, ITC, data, electronics, robotics, plastics and chemicals. Critical applications for batteries, capacitors, energy storage, electronics, optoelectronics, semiconductors and transistors require defect free pure graphene. The process uses quantum field theory and field effects in strong light matter interactions to modify the chemical and physical properties of molecules by taking advantage of vacuum fluctuations as the finite energy of the quantized electromagnetic field inside an optical cavity. This leads to the formation of new hybrid state polaritons combining the vacuum field of light and molecular matter to change the energy landscape of the system. Polaritonic interactions in excited or perturbed states are collective phenomena that can create orders of magnitude improvements in coupled harmonic oscillation, high harmonic generation, binding energy and binding dissociation energy outcomes. Slope treats the gas as energy and information per the Mass–Energy–Information (M/E/I) equivalence principle and could produce high volumes of pure graphene and other CNTs for less than $1/kg, without metals or chemicals, using only CO2, graphene, organic substrates and milliwatt energy light delivered by optical fibers in standard conditions.