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Rod Mack
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About Rod Mack
Rod Mack, has had a lifelong fascination with electricity and physics. His journey into the world of electrical engineering began at a young age when he received his first train set at the age of three. Demonstrating an innate understanding of electricity, he fixed the train set after his dad and uncle's attempts resulted in smoke, earning him the nickname "Plugs."
As he grew older, Rod's passion for electronics continued to develop. At the age of 11, he built his own code practice oscillator using an old type "30" triode vacuum tube. By 12, he had already constructed his first regenerative receiver, and at 13, he built a transmitter using a 6L6 as a crystal oscillator. Rod's interest in amateur radio honed his skills in antenna design, and he became known for his innovative capacitive-loaded 80-meter yagi, the W7CY cap yagi, with impressive gain and front-to-back ratio.
While working as a technician at the Griffith Park Observatory in Los Angeles, Rod's fascination with gravity was sparked during a significant event involving the observatory's large Foucault pendulum. He witnessed Cal Tech professors using the pendulum to measure gravity during a full eclipse in Indonesia. Responsible for synchronizing the magnet ring that affected the pendulum's oscillation, Rod's keen observation and problem-solving skills led him to discover issues with the experiment, which he promptly brought to the professors' attention.
Throughout his career, Rod gained extensive hands-on experience with physics and gravity-related studies. Working with mass spectrometers and implanters, he manipulated particle beams using electrostatic and magnetic fields. Additionally, he contributed to medical cyclotrons, where radioactive elements were produced for medical testing.
In 1973, while troubleshooting a computer game called "Lunar Lander" on an Intel 8008 computer, Rod's curiosity about gravity was reignited. He began to question accepted theories and believed that conventional explanations for gravity fell short.
With 70 years of study and 50 years of experience behind him, Rod embarked on a journey to answer the most challenging question he could find: "What is gravity?" This quest led him to develop his own theory of gravity, which he calls "Charge Admittance."
[Further speculative comments have been removed by the Mentors]
Rod Mack, has had a lifelong fascination with electricity and physics. His journey into the world of electrical engineering began at a young age when he received his first train set at the age of three. Demonstrating an innate understanding of electricity, he fixed the train set after his dad and uncle's attempts resulted in smoke, earning him the nickname "Plugs."
As he grew older, Rod's passion for electronics continued to develop. At the age of 11, he built his own code practice oscillator using an old type "30" triode vacuum tube. By 12, he had already constructed his first regenerative receiver, and at 13, he built a transmitter using a 6L6 as a crystal oscillator. Rod's interest in amateur radio honed his skills in antenna design, and he became known for his innovative capacitive-loaded 80-meter yagi, the W7CY cap yagi, with impressive gain and front-to-back ratio.
While working as a technician at the Griffith Park Observatory in Los Angeles, Rod's fascination with gravity was sparked during a significant event involving the observatory's large Foucault pendulum. He witnessed Cal Tech professors using the pendulum to measure gravity during a full eclipse in Indonesia. Responsible for synchronizing the magnet ring that affected the pendulum's oscillation, Rod's keen observation and problem-solving skills led him to discover issues with the experiment, which he promptly brought to the professors' attention.
Throughout his career, Rod gained extensive hands-on experience with physics and gravity-related studies. Working with mass spectrometers and implanters, he manipulated particle beams using electrostatic and magnetic fields. Additionally, he contributed to medical cyclotrons, where radioactive elements were produced for medical testing.
In 1973, while troubleshooting a computer game called "Lunar Lander" on an Intel 8008 computer, Rod's curiosity about gravity was reignited. He began to question accepted theories and believed that conventional explanations for gravity fell short.
With 70 years of study and 50 years of experience behind him, Rod embarked on a journey to answer the most challenging question he could find: "What is gravity?" This quest led him to develop his own theory of gravity, which he calls "Charge Admittance."
[Further speculative comments have been removed by the Mentors]
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