Notations 199 to 204 of 200+ Our little universe is still expanding. |
||||||
199 | 200 | 201 | <-Steps-> |
202 | 203 | 204 |
4.331×10^{16}.s.* | 8.663×10^{16}.s.* | 1.732×10^{17}.s.* | T(seconds) | 3.4654×10^{17}.s.* | Age of the | Universe |
1.298×10^{24}.km | 2.597×10^{24}.km | 5.194×10^{24}.km | L(meters) | 1.038×10^{25}.km | 2.077×10^{25}.km | 4.155×10^{25}.km |
1.748×10^{49}kg | 3.497×10^{49}kg | 6.995×10^{50}kg | M(kilograms) | 1.399×10^{50}kg | 2.798×10^{50}kg | 5.596×10^{50}kg |
1.506×10^{42}C | 3.013×10^{42}C | 6.027×10^{42}C | C(Coulombs) | 1.205×10^{43}C | 2.411×10^{43}C | 4.822×10^{431}C |
1.77×10^{31} K | 3.542×10^{31} K | 7.084×10^{31} K | T(Kelvin) | 1.416×10^{30} K | PLANCK | TEMPERATURE |
2.008×10^{59} | 4.017×10^{59} | 8.034×10^{59} | B2Vertices | 1.606×10^{60} | 3.213×10^{60} | 6.427×10^{60} |
3.319×10^{181} | 2.655×10^{182} | 2.124×10^{183} | ScalingV | 1.699×10^{184} | 1.087×10^{185} | 8.702×10^{185} |
^{1} Notation 199: 43,318,236,018,400,000 seconds (2.7 billion years) ^{2} Notation 200: 86,636,472,036,800,000 seconds (5.4 billion years) ^{3} Notation 201: 173,272,944,073,600,000 seconds (10.8 billions years) ^{4} Notation 202: 346,545,888,147,200,000 seconds (21.6 billion years)Discussion: The Fullness of Time. The first billion years of the universe becomes two billion years within the next notation, four at the next, and eight at the next. If time is imputed to be discrete and quantized, the aggregate of all notations must be added to determine the actual first eon. There are 31,556,926,000,000,000 seconds in an EON. That would seem to be between notations 198 and 199. But, if time is discrete, it would be the sum of every prior notation so it would come within the notations 197 to 198. That same logic would apply to the Age of the Universe in seconds. Notation 201 is 173,272,944,073,600,000 seconds or 10.8 billion years. The sum total of all notations from the Planck Time to the 201 notation is one Planck Time unit less than 173,272,944,073,600,000 seconds. We should round up! So, the universe today is within the earliest part of notation 201 using 13.8± billion years for the Age of the Universe. Discussion: How many seconds old is the universe? Somewhere around 435.48 quintillion seconds. Each day adds another 86,400 seconds. Each year adds approximately 31.55 million seconds. Basic math: There are 31.5 quintillion seconds in a billion years multiplied by 13.8 gives us our 435.48 quintillion years. Notation, Exponentiation, Vertex Counts for B2 and Scaling Vertices: From notations 169 to 200+ the actual number of vertices is stored in its own page which can be accessed by clicking here. |
Category: Large Scale Universe
193-198
Notations 193 to 198 of 200+ The billion year container is between notation 199 and 200. |
||||||
193 | 194 | 195 | <-Steps-> |
196 | 197 | 198 |
338,423,718,896,000.s | 676,847,437,792,000.s | 1,353,694,875,580,000.s | T(seconds) | 2,707,389,751,160,000.s | 5,414,779,502,320,000.s | 10,829,559,004,600,000.s |
2.029×10^{23}.km | 4.058×10^{23}.km | 8.116×10^{23}.km | L(meters) | 1.623×10^{24}.km | 3.246×10^{22}.km | 6.492×10^{23}.km |
2.732×10^{49}kg | 5.464×10^{49}kg | 1.092×10^{50}kg | M(kilograms) | 2.185×10^{50}kg | 4.371×10^{50}kg | 8.743×10^{50}kg |
2.354×10^{40}C | 4.709×10^{40}C | 9.418×10^{40}C | C(Coulombs) | 1.883×10^{41}C | 3.767×10^{41}C | 7.534×10^{41}C |
2.767×10^{29} K | 5.534×10^{29} K | 1.106×10^{30} K | T(Kelvin) | 2.213×10^{30} K | 4.427×10^{30} K | 8.885×10^{30} K |
3.138×10^{57} | 6.277×10^{57} | 1.255×10^{58} | B2Vertices | 2.5108×10^{58} | 5.021×10^{58} | 1.004×10^{59} |
1.266×10^{176} | 1.013×10^{177} | 8.104×10^{177} | ScalingV | 6.483×10^{178} | 5.188×10^{179} | 4.149×10^{180} |
Discussion: The Fullness of Time: On the approach to the first billion years of the universe, it is within these six notations that the universe as we experience it begins. There are 31,556,926,000,000,000 seconds in an eon that is a billion years, between notations 199 and 200.
Key questions about order, relations and dynamics: Notation, Exponentiation, Vertex Counts for B2 and Scaling Vertices: From notations 169 to 200+ the actual number of vertices will be stored in its own page which can be accessed by clicking here. |
187-192
Notations 187 to 192 of 200+ toward 1,000,000 Years (Notations 188 and 189) and next will come an Eon (one billion years). |
||||||
187 | 188 | 189 | <-Steps-> |
190 | 191 | 192 |
10,575,741,215,500.s | 21,151,482,431,000.s | 42,302,964,862,000.s | T(seconds) | 84,605,929,724,000.s | 169,211,859,448,000.s | 338,423,718,896,000.s |
3.170×10^{21}.km | 6.340×10^{21}.km | 1.268×10^{22}.km | L(meters) | 2.536×10^{22}.km | 5.072×10^{22}.km | 1.014×10^{23}.km |
4.269×10^{47}kg | 8.538×10^{47}kg | 1.707×10^{48}kg | M(kilograms) | 3.415×10^{48}kg | 6.831×10^{48}kg | 1.366×10^{49}kg |
3.679×10^{38}C | 7.358×10^{38}C | 1.471×10^{39}C | C(Coulombs) | 2.943×10^{39}C | 5.886×10^{39}C | 1.177×10^{40}C |
4.323×10^{27} K | 8.647×10^{27} K | 1.729×10^{28} K | T(Kelvin) | 3.459×10^{28} K | 6.918×10^{28} K | 1.383×10^{29} K |
4.9039×10^{55} | 9.8074×10^{55} | 1.9615×10^{56} | B2Vertices | 3.923×10^{56} | 7.846×10^{56} | 1.569×10^{57} |
4.8306×10^{170} | 3.864×10^{171} | 3.091×10^{172} | ScalingV | 2.473×10^{173} | 1.978×10^{174} | 1.582×10^{175} |
Discussion: The First Million Years: There are 31,556,952 seconds in a year, 31,556,952,000 seconds in a millennium and 31,556,926,000,000 seconds in a million years (Notations 188-189).
Key questions about order, relations and dynamics: Notation, Exponentiation, Vertex Counts for B2 and Scaling Vertices: From notations 169 to 200+ the actual number of vertices will be stored in its own page which can be accessed by clicking here. |
181-186
Notations 181 to 186 of 200+ Expanding toward 1,000,000 Years, then an Eon (one billion years). |
||||||
181 | 182 | 183 | <-Steps-> |
184 | 185 | 186 |
165,245,956,493.s | 330,491,912,986.s | 660,983,825,972.s | T(seconds) | 1,321,967,651,940.s | 2,643,935,303,880.s | 5,287,870,607,760.s |
4.953×10^{19}.km | 9.907×10^{19}.km | 1.98×10^{20}.km | L(meters) | 3.96×10^{20}.km | 7.925×10^{20}.km | 1.585×10^{21}.km |
6.67×10^{45}kg | 1.334×10^{46}kg | 2.668×10^{46}kg | M(kilograms) | 5.336×10^{46}kg | 1.067×10^{47}kg | 2.134×10^{47}kg |
5.748×10^{36}C | 1.149×10^{37}C | 2.299×10^{37}C | C(Coulombs) | 4.598×10^{37}C | 9.197×10^{37}C | 1.839×10^{38}C |
6.755×10^{25} K | 1.351×10^{26} K | 2.702×10^{26} K | T(Kelvin) | 5.404×10^{26} K | 1.080×10^{27} K | 2.161×10^{27} K |
7.6624×10^{53} | 1.5324×10^{54} | 3.0649×10^{54} | B2Vertices | 6.1299×10^{54} | 1.2259×10^{55} | 2.4519×10^{55} |
1.842×10^{164} | 1.4742×10^{165} | 1.1793×10^{166} | ScalingV | 9.4349×10^{166} | 7.547×10^{167} | 6.0383×10^{168} |
Discussion: The First Million Years: There are 31,556,952 seconds in a year, 31,556,952,000 seconds in a millennium and 31,556,926,000,000 seconds in a million years (Notations 187-188).
Key questions about order, relations and dynamics: Notation, Exponentiation, Vertex Counts for B2 and Scaling Vertices: From notations 169 to 200+ the actual number of vertices will be stored in its own page which can be accessed by clicking here. |
163-168
Notations 163 to 168 of 200+ | ||||||
163 | 164 | 165 | <-Steps-> |
166 | 167 | 168 |
630,363.29.s | 1,260,726.59.s | 2,521,453.19.s | T(seconds) | 5,042,906.38.s | 10,085,812.77.s | 20,171,625.54.s |
1.88966306×10^{14}.km | 3.779×10^{14}.km | 7.558×10^{14}.km | L(meters) | 1.511×10^{15}.km | 3.023×10^{15}.km | 6.046×10^{15}.km |
2.544×10^{40}kg | 5.089×10^{40}kg | 1.0179×10^{41}kg | M(kilograms) | 2.035×10^{41}kg | 4.071×10^{41}kg | 8.143×10^{42}kg |
2.192×10^{31}C | 4.385×10^{31}C | 8.771×10^{31}C | C(Coulombs) | 1.754×10^{32}C | 3.508×10^{32}C | 7.017×10^{32}C |
2.5772×10^{20} K | 5.1544×10^{20} K | 1.030×10^{21} K | T(Kelvin) | 2.061×10^{21} K | 4.123×10^{21} K | 8.247×10^{21} K |
2.923×10^{48} | 5.846×10^{48} | 1.169×10^{49} | B2Vertices | 2.338×10^{49} | 4.6768×10^{49} | 9.353×10^{49} |
1.598×10^{147} | 1.278×10^{148} | 1.022×10^{149} | ScalingV | 8.1834×10^{150} | 2.497×10^{151} | 6.5467×10^{152} |
Discussion: The First Month: Use 30.436875 days per month based on a year of 365.2425 days divided by 12 months; Given there are 86,400 seconds per day, there are 2,629,746 seconds per month. It is within the notation 165. Multiplied by 299,792,458 m/s equals a length of 777,062,051,136,000 meters or 777,062,051,136 km, a little larger than the 165th notation.
There are 31,556,952,000 seconds to a millennium which is found between notations 177 and 178. Key questions about order, relations and dynamics: Vertex Counts for B2 and Scaling: From notations 139 to 200+ the actual number of vertices will be stored in its own page which can be accessed by clicking here. |
157-162
Notations 157 to 162 of 200+ THE FIRST DAY (and the infrastructure for every subsequent day) |
||||||
157 | 158 | 159 | <-Steps-> |
160 | 161 | 162 |
9849.426.s | 19,698.853.s | 39,397.706.s | T(seconds) | 78,795.4122.s | 157,590.82.s | 315,181.649.s |
2,952,598,585.km | 5,905,197,170.km | 11,810,394,341+.km | L(meters) | 23,620,788,682+.km | 47,241,577,365+.km | 94,483,154,731.km |
3.9762×10^{38}kg | 7.9524×10^{38}kg | 1.5904×10^{39}kg | M(kilograms) | 3.1809×10^{39}kg | 6.3619×10^{39}kg | 1.2723×10^{40}kg |
3.4264×10^{29}C | 6.8529×10^{29}C | 1.3705×10^{30}C | C(Coulombs) | 2.741×10^{30}C | 5.482×10^{30}C | 1.096×10^{31}C |
4.026×10^{18} K | 8.053×10^{18} K | 1.610×10^{19} K | T(Kelvin) | 3.221×10^{19} K | 6.443×10^{19} K | 1.288×10^{18} K |
4.567×10^{46} | 9.134×10^{46} | 1.826×10^{47} | B2Vertices | 3.653×10^{47} | 7.307×10^{47} | 1.461×10^{48} |
6.097×10^{141} | 4.877×10^{142} | 3.902×10^{143} | ScalingV | 3.1217×10^{144} | 2.497×10^{145} | 1.997×10^{146} |
Discussion: The First Day concludes at 86400 seconds. The universe appears to be approaching the size of our Solar System. At notation 160, it is 23,620,788,682 kilometers or 1,467,727,765 miles. If measured in astronomical units (AU), the Solar System is estimated to be the distance of 122 AU which is 122 times 93 million miles or 11.346 trillion miles.
The orbiting Kuiper Belt (which contains Pluto) is 7.5 billion kilometers (30- 50 AU). So, within the first day, the universe has grown substantially larger than the Kuiper Belt. Also, note that one day is 86,400 seconds. Multiplied by the speed of light, 299,792.458 km, equals a length of 25,902,068,371.2 km. Key questions about order, relations and dynamics: Vertex Counts for B2 and Scaling: From notations 139 to 200+ the actual number of vertices will be stored in its own page which can be accessed by clicking here. |
151-156
Notations 151 to 156 of 200+ How does this first hour of creation compare with the Big Bang? |
||||||
151 | 152 | 153 | <-Steps-> |
154 | 155 | 156 |
153.8972.seconds | 307.794.s | 615.589.s | T(seconds) | 1231.178.s | 2462.3566.s | 4924.713.s |
46,134,352.896+.km | 92,268,705.792+.km | 184,537,411.584.km | L(meters) | 369,074,823.168.km | 738,149,646.336.168.km | 1.4762×10^{12}.km |
6.21283×10^{36}kg | 1.2425×10^{37}kg | 2.4851×10^{37}kg | M(kilograms) | 4.9702×10^{37}kg | 9.9405×10^{37}kg | 1.9881×10^{38}kg |
5.3538×10^{27}C | 1.0707×10^{28}C | 2.1415×10^{28}C | C(Coulombs) | 4.2831×10^{28}C | 8.5662×10^{28}C | 1.7132×10^{29}C |
6.292×10^{16} K | 1.258×10^{17} K | 2.5168×10^{17} K | T(Kelvin) | 5.0336×10^{17} K | 1.0067×10^{18} K | 2.013×10^{18} K |
7.136×10^{44} | 1.427×10^{45} | 2.8544×10^{45} | B2Vertices | 5.708×10^{45} | 1.141×10^{46} | 2.283×10^{46} |
2.325×10^{136} | 1.860×10^{137} | 1.4885×10^{138} | ScalingV | 1.1908×10^{139} | 9.5268×10^{139} | 7.6214×10^{140} |
Discussion: 3600 seconds, between notations 155 and 156, account for the first hour of creation. In this model it appears that the infrastructure to create the universe to this point is the same infrastructure that sustains the universe. It appears that in this model “the first hour container” which is notation 155, is still working today.
Note that 3600 seconds equals an hour, multiplied by the speed of light is 1,079,252,848.800 kilometers. See notation 156. Key questions about order, relations and dynamics: Vertex Counts for B2 and Scaling: From notations 139 to 200+ the actual number of vertices will be stored in its own page which can be accessed by clicking here. |