Courses

Topics include analog versus digital, communication networks, health impacts, RF radiation, power surges, conductive emissions, inductive emissions, fire risks.

Topics include health issues, types of solar systems, types of backup systems, types of inverter systems, problematic locations of inverter systems, mitigation methods.

Topics include a brief history of microsurge electrical pollution (MEP), four distinct points of view, and microsurge electrical pollution's etiology, health effects, measurement methods, mitigation.

Topics include static fields & direct current, AC electric and magnetic fields, microsurge electrical pollution (MEP), high-frequency radiation, radioactivity, exposure limits.

Topics include DC electricity and magnetism, electromagnetic spectrum, AC electricity and magnetism, high-frequency radiation, radioactivity and radon.

Topics include health effects, cellular studies, cancer in high-exposure careers, cancer risks in microwave ovens, childhood cancer and ground current sources, biological responses.

Topics include radiation climate, radiation biology, research indicators, plausible mechanisms, static fields (electrical, magnetic), HF Radiation, terrestrial radiation.

Topics include incandescent, halogen, fluorescent, mercury vapor, low pressure sodium, high pressure sodium, metal halide, and solid-state lamps, light-emitting diodes, organic light-emitting diodes, full spectrum lamps, fiber optic lighting, “Smart” lighting, electric fields, magnetic fields, dirty electricity, toxic lamps, light at night and wildlife.

Topics include types of monitors, connections systems (wired versus wireless), types of radiation emitted, research on health effects, how to minimize undesirable radiation.

Topics include differentiating 5G from prior technologies, the massive expansion of current infrastructure, the health hazards and effects, how to identify and mitigate the hazards to health that 5G presents.