Reasons Why a Neutrino-π Atomic Clock, is the Best Operation Management System for Nuclear Fusion Reactors — [the] Hyperion Torus Machina (HTM)
“Because cesium atoms react to microwave radiation with a frequency of 9,192,631,770 cycles per second (hertz or Hz), the international standard unit of time, the second, is defined as the duration of 9,192,631,770 cycles,” from NIST. Our current operating systems, including the operating system which manages the levels of nuclear fusion reactors, utilize this process of microwaving cesium atoms to keep track of time. While this process of microwave-massaging cesium atoms to keep synchronicity with the cyclic nature of time may serve the purposes of keeping track of time by 1/9,192,631,770 of a second, it still is not accurate enough — especially, in order to handle the magnitudes of energy released in nuclear fusions. I propose a new venture into time-synchronizing: Neutrino-π atomic clocks.
If you’ve been following along with my work, and by that, I mean that you’ve read my pre-print manuscript for my pursuit of engineering new machines — [the] Rhetoric of New Machines, where I introduce the concept of using a Neutrino particle, that which has three phases — electron, muon, and tau, that it transitions through, which may be bent into three-corners, gravitationally, into a triangle; and when spun, form a…
