PulseCore

Data · a universe

Universe #150 Level 6 final well formed

A universe at level 6 runs 64 of its own pulses from its Data Nova to its final well, and the law expects it to form 4.63 wells in that life, raised by its spin. Played by anonymous.

Outcome

37wells formedthe law expects 4.63
38novas0 fold wells
37children offeredone per well
2,556creditswells × 138
117.8Kcells foldedinto the void
638frame of the final well2 d ago

When its wells formed · own pulses from the Data Nova to the final well at 64

0 · birthhalfway · ×1.564 · final well, ×2f

Wells should come early and mergers late: that is what our universe shows and what the census condition implies. Pulses: 32, 32, 32, 43, 43, 48, 48, 52, 52, 54, 55, 56, 57, 57, 57, 57, 58, 58, 58, 58, 58, 58, 59, 60, 60, 60, 60, 60, 60, 60, 60, 61, 61, 61, 62, 62, 63.

Packet Universe Data, .ud

Id
d57565ab31986c0c0e1bc2c2754f6376433401771fd75d8490c902ac65d66580
File
universe-150-d57565ab.ud 42,928 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, 37.0 wells on average vs the law 4.63
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
6 grid 256 a side
Heritage f
1.01284 f₀ 1.01837
Compression ⟪C⟫
0.9679
Inherited spin a_f
0.687 from a₁ 0.230, a₂ 0.243
Mass ratio q · θ
0.42 · 65°
Axis
103° spin coupling 0.00
Null mass ratio
1
Dilation depth s
138 2^(L+1)·f^L, credit per well
Zinf ℨ
2.28 × 10⁻¹⁰⁶ s
Local Planck time
1.58 × 10⁻¹⁰⁴ s
Final well at
64 own pulses 2^L
Law progeny
4.634 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:

  • #151 L 7 48 wells · 6,527 credits

Novas 39 recorded

#NovaOwn pulseScale SFlipsDilationWells beforeCentreWhen
9146Genesis ——————detail →
9147Harmonic 1 · Toroidal Genesis StandardNova032,78765,536×1.0000207, 160detail →
9148Harmonic 2 · Dimensional Genesis StandardNova6432,3353,569,816×1.513095, 45detail →
9149Harmonic 2 · Dimensional Genesis StandardNova6432,3353,569,816×1.5130120, 19detail →
9150Harmonic 2 · Dimensional Genesis StandardNova6432,3353,569,816×1.5130173, 117detail →
9151Harmonic 3 · Temporal Genesis StandardNova8632,8641,284,404×1.689373, 95detail →
9152Harmonic 3 · Temporal Genesis StandardNova8632,8641,284,404×1.6893228, 103detail →
9153Harmonic 5 StandardNova10432,593477,338×1.833763, 78detail →
9154Harmonic 5 StandardNova10432,593477,338×1.8337210, 227detail →
9155Harmonic 4 · Spacetime Genesis StandardNova9632,911594,893×1.7695150, 147detail →
9156Harmonic 4 · Spacetime Genesis StandardNova9632,911594,893×1.7695200, 163detail →
9157Harmonic 7 StandardNova11032,180118,501×1.88110111, 36detail →
9158Harmonic 6 StandardNova10832,310237,846×1.8659157, 79detail →
9159Harmonic 8 StandardNova11231,882118,258×1.89711192, 6detail →
9160Harmonic 9 StandardNova11431,567117,253×1.9131251, 177detail →
9161Harmonic 9 StandardNova11431,567117,253×1.91312198, 141detail →
9162Harmonic 9 StandardNova11431,567117,253×1.91312221, 10detail →
9163Harmonic 9 StandardNova11431,567117,253×1.91312235, 138detail →
9164Harmonic 10 StandardNova11630,259112,261×1.9301648, 217detail →
9165Harmonic 10 StandardNova11630,259112,261×1.93016102, 222detail →
9166Harmonic 10 StandardNova11630,259112,261×1.93016194, 33detail →
9167Harmonic 10 StandardNova11630,259112,261×1.93016200, 71detail →
9168Harmonic 10 StandardNova11630,259112,261×1.93016229, 84detail →
9169Harmonic 10 StandardNova11630,259112,261×1.93016231, 215detail →
9170Harmonic 21 StandardNova12225,61395,910×1.9783143, 147detail →
9171Harmonic 21 StandardNova12225,61395,910×1.97831108, 181detail →
9172Harmonic 21 StandardNova12225,61395,910×1.97831132, 103detail →
9173Harmonic 12 StandardNova11827,900103,899×1.94622144, 202detail →
9174Harmonic 64 StandardNova12624,87892,630×2.01036217, 118detail →
9175Harmonic 32 StandardNova12424,77092,862×1.99434113, 25detail →
9176Harmonic 32 StandardNova12424,77092,862×1.99434207, 162detail →
9177Harmonic 16 StandardNova12028,066103,896×1.9622352, 121detail →
9178Harmonic 16 StandardNova12028,066103,896×1.9622377, 153detail →
9179Harmonic 16 StandardNova12028,066103,896×1.9622392, 139detail →
9180Harmonic 16 StandardNova12028,066103,896×1.96223162, 144detail →
9181Harmonic 16 StandardNova12028,066103,896×1.96223168, 142detail →
9182Harmonic 16 StandardNova12028,066103,896×1.96223171, 51detail →
9183Harmonic 16 StandardNova12028,066103,896×1.96223219, 31detail →
9184Harmonic 16 StandardNova12028,066103,896×1.96223234, 239detail →

Finds

3states of the field
154harmonic nodes
1final well
1dissipation

6 notable finds of 160: 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
State of the field CommonSmectic stripes, beat 2 flips, 77 cells48
State of the field Common ·Smectic stripes, beat 2 flips, 69 cells56
system 62
Final well 37 wells formed, the law expects 4.63 · 2,556 credits64
State of the field Common ·Smectic stripes, beat 2 flips, 71 cells64
Return to the Source a new UniSphere bifurcates in each of its 37 wells64