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7/15/2025, 1:41:46 PM
6/30/2025, 4:21:06 PM
How is LION = 9,192,631,770?
We seem to have found [L=LYONs] But we can't seem to locate LION but it is the discovery into the right direction in a fun way to find the "Light" which I am. The first molecular clock, using ammonia gas, was built by H. [Lyons] at the National Bureau of Standards in 1949. The first atomic clock, a cesium-beam frequency standard, was built starting in 1949 and was first operated in 1951, resulting in the first direct measurements of cesium hyperfine frequencies.
the Planck constant h is exactly 6.626 06X ×10-34 joule second
the elementary charge e is exactly 1.602 17X ×10-19 coulomb
the Boltzmann constant k is exactly 1.380 6X ×10-23 joule per kelvin
the Avogadro constant NA is exactly 6.022 14X ×10+23 reciprocal mole
9,1,9,2,6,3,1,7,7,0
Prime factors of this number are 2^1, 3^2, 5^1, 7^2, 47^1, 44351^1
The first atomic clock timescale was established in 1955 at NPL, though it differed signicantly from the astronomical ephemeris timescale established by Dr. William Markowitz, head of Time Service at the U.S. Naval Observatory. Markowitz and Essen collaborated on the determination of a best value for the cesium hyperfine frequency, and in 1958 they reported a value of 9,192,631,770 hertz (cycles/second)
We seem to have found [L=LYONs] But we can't seem to locate LION but it is the discovery into the right direction in a fun way to find the "Light" which I am. The first molecular clock, using ammonia gas, was built by H. [Lyons] at the National Bureau of Standards in 1949. The first atomic clock, a cesium-beam frequency standard, was built starting in 1949 and was first operated in 1951, resulting in the first direct measurements of cesium hyperfine frequencies.
the Planck constant h is exactly 6.626 06X ×10-34 joule second
the elementary charge e is exactly 1.602 17X ×10-19 coulomb
the Boltzmann constant k is exactly 1.380 6X ×10-23 joule per kelvin
the Avogadro constant NA is exactly 6.022 14X ×10+23 reciprocal mole
9,1,9,2,6,3,1,7,7,0
Prime factors of this number are 2^1, 3^2, 5^1, 7^2, 47^1, 44351^1
The first atomic clock timescale was established in 1955 at NPL, though it differed signicantly from the astronomical ephemeris timescale established by Dr. William Markowitz, head of Time Service at the U.S. Naval Observatory. Markowitz and Essen collaborated on the determination of a best value for the cesium hyperfine frequency, and in 1958 they reported a value of 9,192,631,770 hertz (cycles/second)
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