PulseCore

Data · a universe

Universe #333 Level 4 final well formed

A universe at level 4 runs 16 of its own pulses from its Data Nova to its final well, and the law expects it to form 4.74 wells in that life, raised by its spin. Played by anonymous.

All novas · its time crystals · its nodes · its strings · timeline #615

Outcome

11wells formedthe law expects 4.74
12novas0 fold wells
11children offeredone per well
176creditswells × 32.1
3,787cells foldedinto the void
159frame of the final well20 h ago

When its wells formed · own pulses from the Data Nova to the final well at 16

0 · birthhalfway · ×1.516 · final well, ×2f

Wells should come early and mergers late: that is what our universe shows and what the census condition implies. Pulses: 0, 6, 8, 8, 10, 11, 12, 13, 14, 15, 15.

Packet Universe Data, .ud

Id
438fd052d6b78772ff803028be8fc34db2595b76c82b154339c951ef066417d4
File
universe-333-438fd052.ud 15,084 bytes · written
Continue it
Open in the game · View in the player replay from the seed, or play a child
Family
1 universe with this genesis 1 finished, 11.0 wells on average vs the law 4.74
Same seed
none yet the same seed run again would have the same id

What a packet is: the level, the genesis, the pinpoint and the rule; everything after the first pulse is replay, so the id is the seed's hash and depth is provable.

Genesis

Level L
4 grid 64 a side
Heritage f
1.00065 f₀ 1.01835
Compression ⟪C⟫
0.9323
Inherited spin a_f
0.998 from a₁ 0.825, a₂ 0.742
Mass ratio q · θ
0.59 · 57°
Axis
49° spin coupling 0.00
Null mass ratio
1
Dilation depth s
32.1 2^(L+1)·f^L, credit per well
Zinf ℨ
2.28 × 10⁻¹⁰⁶ s
Local Planck time
3.66 × 10⁻¹⁰⁵ s
Final well at
16 own pulses 2^L
Law progeny
4.740 2^(L/3) × spin

Lineage

A genesis: it has no parent in the record.

1 child was played from its wells:

The tree below it, 3 universes:

  • #334 L 5 19 wells · 620 credits
    • #335 L 6 37 wells · 2,367 credits
      • #336 L 7 43 wells · 5,224 credits

Novas 13 recorded

#NovaOwn pulseScale SFlipsDilationWells beforeCentreWhen
11927Genesis ——————detail →
11928Harmonic 1 · Toroidal Genesis StandardNova02,0642,116×1.000032, 32detail →
11929Harmonic 2 · Dimensional Genesis StandardNova02,0024,096×1.00004, 12detail →
11930Harmonic 3 · Temporal Genesis MicroNova1291917,680×1.375136, 5detail →
11931Harmonic 4 · Spacetime Genesis StandardNova161,48710,745×1.501210, 11detail →
11932Harmonic 4 · Spacetime Genesis StandardNova161,48710,745×1.501239, 21detail →
11933Harmonic 5 StandardNova201,77212,959×1.626425, 21detail →
11934Harmonic 6 StandardNova221,8577,140×1.688516, 17detail →
11935Harmonic 8 StandardNova241,8997,403×1.751630, 21detail →
11936Harmonic 10 StandardNova261,9227,548×1.81478, 20detail →
11937Harmonic 16 StandardNova281,9227,600×1.876842, 40detail →
11938Harmonic 32 StandardNova301,9487,658×1.93995, 34detail →
11939Harmonic 32 StandardNova301,9487,658×1.93999, 43detail →

Finds

49harmonic nodes
4mergers
1final well
1dissipation

14 notable finds of 57: every merger, spin, final well, time crystal and state of the field, and Uncommon or rarer harmonic nodes and strings. Every one is in Time crystals, Harmonic nodes and Strings.

FindWhatOwn pulseWhen
Wells merged wells 1 and 3 merged · child a_f 0.0028
system 9
planet 12
Wells merged ·wells 5 and 6 merged · child a_f 0.67213
Wells merged ·wells 5 and 8 merged · child a_f 0.99814
Harmonic node Uncommondepth 3, period 2, wells 2 + 7 + 414
Wells merged ·wells 1 and 5 merged · child a_f 0.18315
Harmonic node Uncommon ·depth 3, period 2, wells 2 + 4 + 715
Harmonic node Uncommon ·depth 3, period 2, wells 2 + 7 + 415
Harmonic node Uncommon ·depth 3, period 2, wells 2 + 4 + 715
Harmonic node Uncommon ·depth 3, period 2, wells 1 + 2 + 416
Harmonic node Uncommon ·depth 3, period 2, wells 2 + 4 + 116
Final well 11 wells formed, the law expects 4.74 · 176 credits16
Return to the Source a new UniSphere bifurcates in each of its 11 wells16