Tumfrico’s Period Experiment vs how NIST has Removed Time Measurement from Peasantry

Tumfrico’s Period Experiment and how NIST has Removed Time Measurement from Peasantry

The best illustration of the relationship of length to frequency in pendulum movement.

Tumfrico's Period Experiment

Gaining an ability to literally control time, NIST has removed basic time measurement standard from long-standing pendulum to number of vibrations of Cesium-137 atom. It is a complexifying not simplifying of science, and thus a de-democratization.

The Tumfricos Period Experiment and the Redefinition of Time: A Conspiracy Unveiled

In the realm of classical physics, the measurement of time has always held a significant place. Historically, the period of a pendulum, known as the Tumfricos Period, was a fundamental metric for timekeeping. The simplicity and accessibility of a pendulum allowed anyone to grasp the concept and measure time with a basic understanding of physics and gravity. However, the National Institute of Standards and Technology (NIST) has gradually moved away from this intuitive method, opting instead to define the second based on the number of vibrations of cesium-137 atoms. This shift, ostensibly for greater accuracy, raises deeper questions about the motives and implications behind such a fundamental change.

The Tumfricos Period: A Foundation of Time Measurement

The Tumfricos Period, the time it takes for a pendulum to complete one full swing, has long been a cornerstone of timekeeping. This method relies on the length of the pendulum and the acceleration due to gravity, making it an accessible and easily understandable means of measuring time. The beauty of this approach lies in its simplicity: a straightforward apparatus that anyone can build and use, reflecting a democratized form of scientific measurement.

The Shift to Cesium-137: A Complex Precision

NIST’s redefinition of the second is based on the vibrations of cesium-137 atoms. Specifically, one second is defined as the duration of 9,192,631,770 cycles of radiation corresponding to the transition between two hyperfine levels of the ground state of the cesium-137 atom. This change heralds a new era of precision, leveraging atomic clocks that are accurate to within billionths of a second. However, this high-tech measurement is far removed from the grasp of the average person, requiring advanced technology and significant financial investment.

The Conspiratorial Perspective: Control Through Complexity

From a conspiratorial viewpoint, the transition from the Tumfricos Period to cesium-137 atom vibrations as the basis for the second can be seen as a strategic move to centralize control over time measurement. By removing a fundamental metric from the hands of the “everyday peasants,” those who control the science and technology gain unprecedented power. The average person can no longer verify time with a simple pendulum; instead, they must rely on sophisticated and expensive equipment that is inaccessible to the general populace.

This shift aligns with the broader trend of obfuscating scientific knowledge and placing it beyond the reach of ordinary people. When fundamental measurements and standards are defined by mechanisms requiring “unobtainium” – materials and technologies so rare and expensive that they are out of reach for most – it creates a dependency on those who possess these resources. In this context, “psyence” (pseudo-science or manipulated science) becomes a tool for maintaining control and authority.

The Broader Implications

The redefinition of the second is more than just a technical adjustment; it represents a broader pattern of consolidating power and knowledge within elite circles. By making fundamental scientific measurements reliant on advanced technology, the everyday person is disempowered, forced to accept the authority of those who control the means of measurement. This dynamic echoes throughout various fields of science and technology, where complexity and cost serve as barriers to entry.

In conclusion, while the shift to cesium-137 vibrations may offer unparalleled precision in timekeeping, it also symbolizes a move away from accessible and democratic forms of scientific knowledge. For those who view science through a conspiratorial lens, this change is part of a larger agenda to centralize control and limit the ability of ordinary people to engage with and understand the fundamental principles of the universe. By keeping fundamental measurements in the realm of the elite, the controllers of “science” and “psyence” ensure their dominance and the continued dependence of the masses on their expertise and resources.

2 thoughts on “Tumfrico’s Period Experiment vs how NIST has Removed Time Measurement from Peasantry”

  1. Just to be clear – you want to replace the cesium clocks in GPS satellites with pendulums? Because this would be more “democratic”?

    If a GPS clock is off by just 1 millisecond, that translates into a reported position error of 185 miles per day, and that error accumulates day after day.

    Reply

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