Galactic Society: Difference between revisions
Redefine units |
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|The distance travelled by light in a vacuum in <math>\frac{1}{2^{24}} \text {ck}</math>. | |The distance travelled by light in a vacuum in <math>\frac{1}{2^{24}} \text {ck}</math>. | ||
| | |53.032 m | ||
|- | |||
|Current (I) | |||
|Flux | |||
|F | |||
|The current formed by the flow of <math>\frac{1}{2^{64}} e</math> during one click with the elementary charge fixed at <math>e = 2^{-64} F \cdot ck</math>. | |||
|0.977 A | |||
|- | |- | ||
|Mass (M) | |Mass (M) | ||
|Ball | |Ball | ||
|o | |o | ||
|The fixed value of the Plank constant <math>2^{-128} \frac{\text{o} \text{—}^{2}}{\text{ck}}</math> | |The mass is defined using a device able to weigh by matching an electrical force produced by a set of coils to a mechanical force from a test object in a gravitational field. | ||
|233. | Measurement of gravitational field can be done using a absolute gravimeter and measurement of electrical current can be achieved using magnetic flux quantum (<math>\Phi_0 = \frac{h}{2e}</math>) and quantum Hall effect (<math>R_K = \frac{h}{e^2}</math>). Both derives from the fixed value of the Plank constant <math>h = 2^{-128} \frac{\text{o} \text{—}^{2}}{\text{ck}}</math> and the fixed value of the elementary charge <math>e=2^{-64}F\cdot ck</math>. | ||
|233.532 kg | |||
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