Galactic Society: Difference between revisions

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!Quantity

!Unit

!S.

!Definition

!Related SI unit

|-

|Time (T)

|Click (ck)

|Click

|The duration of 1,~~073~~,~~741~~,~~824~~ (= 230) periods of the radiation emitted by the hyperfine transition of atomic hydrogen~~. It's about 0.754 seconds~~.

|ck

~~Note : 230 Gt equals to one galactic year which lasts for about 25.74 terrestrial years~~.

|The duration of 4,294,967,296 (= 232) periods of the radiation emitted by the hyperfine transition of atomic hydrogen.

|3.024 s

|-

|Length (L)

|Bar ~~(–)~~

|Bar

|The distance travelled by light in a vacuum in <math>\frac{1}{2^{25}} \text {Gt}</math>. ~~Which is close to 6~~.~~75 meters~~.

|—

|The distance travelled by light in a vacuum in <math>\frac{1}{2^{24}} \text {ck}</math>.

~~Note : The "Galactic"~~ (G) ~~unit~~ is ~~the distance travelled~~ by ~~light~~ in ~~one galactic year~~. ~~So it's about 25~~.~~74 light~~-~~years~~

|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)

|Ball

|o

|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.

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

|}

@@ Line 46: / Line 46: @@
 !Quantity
 !Unit
+!S.
 !Definition
+!Related SI unit
 |-
 |Time (T)
-|Click (ck)
+|Click
-|The duration of 1,073,741,824 (= 2<sup>30</sup>) periods of the radiation emitted by the hyperfine transition of atomic hydrogen. It's about 0.754 seconds.
+|ck
-Note : 2<sup>30</sup> Gt equals to one galactic year which lasts for about 25.74 terrestrial years.
+|The duration of 4,294,967,296 (= 2<sup>32</sup>) periods of the radiation emitted by the hyperfine transition of atomic hydrogen.
+|3.024 s
 |-
 |Length (L)
-|Bar (–)
+|Bar
-|The distance travelled by light in a vacuum in <math>\frac{1}{2^{25}} \text {Gt}</math>. Which is close to 6.75 meters.
+|—
+|The distance travelled by light in a vacuum in <math>\frac{1}{2^{24}} \text {ck}</math>.
-Note : The "Galactic" (G) unit is the distance travelled by light in one galactic year. So it's about 25.74 light-years
+|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)
+|Ball
+|o
+|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.
+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
 |}

Galactic Society: Difference between revisions

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