initializing

loose matter node forming composite ★stellar node gas planet rocky planet liquid planet creation compression well creation expansion wells retarded parent path neutron star magnetar compression well

MEFI Star and Planet System v13 — MEFI-derived ratios and responsive full-system framing

This is the single-system counterpart to the galaxy simulation. Loose matter nodes visibly collect into a composite stellar node; retained outer groups remain visible as forming bodies before becoming composite planets. Every node uses the same 118-entry MEFI frequency chart and advances only one adjacent element at a time. Sliders provide starting conditions; their readings change to start → live once the run begins.

F_MEFI(r,t) = [k_r/r² − k_c/(r²(1+r))] + ΔQ(r,t)·f_UFR(t)

Waiting for the first live field recalculation…

S = static term · U = ΔQ·f_UFR · F = S + U · Π = ΔQ·C ν_c = mapped matter center · k_r=ν_c/10¹⁶ · k_c=(ν_upper−ν_lower)/10¹⁶ · ΔQ=(width_upper−width_lower)/total width

Core compression Bridge / RePhase Expansion boundary Feedback / pattern lock Decoherence locus

Node color now follows the same 118-entry elemental scale as the galaxy simulation. Functional stellar roles remain live in telemetry and the selected-body inspector. Planet count is not preset: a planet appears only after an independent retained matter structure sustains compression, stability, separation, and one UFR cycle of formation memory. Phase D decoherence is the only retirement path. Planet state is recalculated from its retained nodes. Lower compression or strong local UFR with low ΔQ produces a gas giant; high compression with sustained ΔQ produces a rocky world; the balanced middle region produces a liquid world. A half UFR-cycle hold prevents visual type flicker. Collapse now branches instead of forcing every star through supernova. Ordinary main-sequence and planetary-system layering is expected to retain a mixed compression/expansion core. A compression well is reserved for at least 93% sustained compression, no more than 7% paired expansion, and an 86% compression overtake. Lower retained collapse can settle as a neutron star; strong coherent UFR and ΔQ can organize a magnetar. Manual outcome buttons seed those same frequency-native conditions for comparison. Only real nodes produce motion. Every matter node independently recalculates the unchanged F = S + U formula for its selected local nodes and for the star system’s real galactic parent node. The galactic parent is also integrated only from its own exact F = S + U result toward the retarded galactic-core node. Its inherited initial forward velocity prevents immediate infall and produces the traveling orbital path; no prescribed orbit, attraction law, spring, or proxy force is used. A mature planet becomes a live composite parent assembled from its retained real nodes. Its members recalculate the same exact core against that current parent state; the parent never replaces or freezes those nodes. Planet position, velocity, frequency, kᵣ, k꜀, ΔQ, and UFR are rebuilt directly from the moving member nodes every cycle. There is no capped display-following step. This keeps the visible planet exactly on its body while the member nodes remain free in local, planetary-parent, stellar-parent, and retarded galactic flow. Creation begins as a paired live well structure rather than an unstructured cloud. The central compression parent is lined by directional expansion-well parents assembled from the real nodes in its surrounding shell. The default inherited-remnant source enters the core only as retained k꜀ frequency left by an earlier supernova; the alternate local-event source enters only as localized negative ΔQ. The shell begins through each member element’s own positive ΔQ and expansive UFR polarity. Every node independently recalculates the unchanged F = S + U against the nearest live expansion parent as well as the compression parent, so either side can reverse as its current parameters evolve. The Flow layer draws the actual per-node exact-core result vectors used by integration and the recent integrated path of real nodes. Positive F is expansion and negative F is compression because the compression term is subtracted. Cyan marks live compression-direction motion; orange marks live expansion-direction motion. The radial/tangential resolution is now derived at every relationship from the live MEFI terms: signed tangential share = U/(|S|+|U|), with the complementary radial share kept on the same unit vector. No fixed turn ratio or extra magnitude is applied. When the live stellar-parent F opposes a node’s radial escape or infall, only the live MEFI dynamic share |U|/(|S|+|U|) can recover removed radial energy into the existing UFR tangent. The remainder becomes the next exact sample’s retained compression frequency. The ratio therefore changes with the node’s current S and U terms instead of using a fixed recovery percentage. The star system is a traveling child of its galactic parent. Local flow therefore uses the same moving-frame difference as the galaxy simulation: each node’s retarded galactic exact vector minus the galactic parent’s own exact acceleration. Uniform travel cancels; only the unscaled retarded tidal difference remains to curl the complete stellar and planetary flow. The camera is independent of physical travel. “Center core” places the live stellar core at the canvas center once without changing zoom. “Lock core center” continuously follows only the core position, keeping it exactly centered while wheel zoom, Zoom Here, and the evolving simulation remain active. It does not lock the whole view. UFR polarity is signed at every node: each zero crossing reverses f_UFR and therefore the dynamic term ΔQ·f_UFR. The reversal retains a short frequency-relaxing memory of the node’s preceding exact compression, increasing the next live f_UFR response. As nodes combine into heavier mapped elements, their higher center frequency raises k_r in the next exact-core recalculation. This reconfigures live inputs to F = S + U; it adds no force or transition proxy.

Live MEFI formula field

r(t)—

kᵣ(t)—

k꜀(t)—

ΔQ(r,t)—

fUFR(t)—

S(r,t)—

U(r,t)—

F = S + U—

C(r,t)—

Π = ΔQ·C—

Every value is recalculated from all active matter nodes. μ is the signed live mean; brackets show the live minimum and maximum. Starting sliders remain initial conditions only.

Periodic frequency source

Matter center frequency

Decoherence width

Nodes

Legacy matter seed

Focus boundary frequency

New matter begins as Hydrogen. The solver chooses one internal real-neighbor coverage for the node count: the 8,000-node baseline uses six surrounding relationships, while a sparse 4,000-node cloud automatically uses 24 so ignition cannot resolve from only a few noisy neighbors. This is not a comparison mode and it never changes the F = S + U formula or its magnitude. The legacy seed follows the galaxy model’s stability-weighted light-element distribution. All later changes move through the 118-entry chart one adjacent element per coherent compression/UFR cycle; unsupported superheavy matter returns one entry at a time.

Native inputs

Creation well source

Creation well strength

ΔQ frequency offset

ΔQ relaxation frequency

ΔQ selection radius (visual)

UFR carrier frequency

UFR focus bandwidth

Every creation run contains a central compression seed lined by directional expansion-well parents made from real shell nodes. “Inherited supernova remnant” initializes retained k꜀ in the core. “Local ΔQ accumulation” initializes a localized negative ΔQ core event. The surrounding positive-ΔQ shell begins on expansive UFR polarity. After the first sample, both sides evolve and may reverse through the same live node formula.

Dependent time

Simulation speed

|F| time frequency

|ΔQ| time frequency

Stable frames

Stellar age

Aging rate

Collapse outcome

Auto aging now defaults to 0.10% per second so formation remains observable instead of racing through the lifecycle. It advances Creation → Protostar → Main sequence → Planetary system → Collapse, then evaluates the retained core. Manual stage buttons remain available for comparisons. The planetary-system stage still supplies no fixed planet count. Nothing is removed unless its retained body completes Phase D decoherence.

Post-core flow

Core integration frequency

Trail curl (visual)

Tracer density

Auto zoom

Node state —

Exact core —

Network —

Magnetic MEFI —

Elements —

Star-organism roles —

Star-organism hierarchy —

Runtime —

Framework discipline: each real matter node begins from its own mapped entry in the exact 118-element MEFI periodic chart, including the paired creation compression and expansion wells, then recalculates the frequency-native exact core against selected local nodes, the nearest live creation expansion parent, the central creation compression parent, its retained node-within-node parent when present, its live planetary parent when classified into a planet, the live composite stellar parent once formed, and the real retarded galactic parent. Every composite parent rebuilds position, velocity, kᵣ, k꜀, ΔQ, and fUFR directly from its current real member nodes every sample. Compression retained from prior negative-F cycles re-enters only as live k꜀ frequency; it is not an added attraction. The traveling parent frame removes only the parent acceleration shared by the whole object; the remaining retarded exact difference supplies the rotational tidal flow. Every radial/tangential ratio is recalculated as S/U participation in the same F = S + U result. Magnetic MEFI telemetry reads coherent signed UFR circulation already present in the real member nodes; its field lines are a visualization and add no force. Nodes are never recentered, clamped, or moved by a decorative body.