UFT4 Omega v15.9.10 | G900 Pairing Observatory

G60 · G30 REF · G15PLASMA

Checking native structure…TAP TO SELECT · DRAG TO ORBIT

Full yaw, pitch & roll orbit. Merge stays at your chosen setting. Play/Pause holds the orbit; drag or change an angle to take control.

Field style & cycle

Cycles per simulation second; Time speed scales playback. Rendering FPS is separate. Visual refresh may alias fast oscillations.

G900 host

Source block index 0–14 Source vertex index 0–59

Source · Vertex 1 · index 0

Inspect pulse hop0.00

Hop 0 · reached 1 / 900

Host playback & structure

Neighbor block

Repeat pulse

Source and paired vertex indices appear here.

900 vertices · 3,600 edges · degree 8. 15 G60 blocks: 1,800 local + 1,800 external edges. Every adjacent block pair has 60 exact matching edges, unchanged by the mirrored view. One torus is partitioned across A/source and B/neighbor. A and B are display roles that follow the selected blocks; block indices such as B0 and B1 stay unchanged.

Vertex numbers are registered display labels: identity = local index + 1, not intrinsic canonical numbering. Block and global indices remain zero-based.

Moving marks interpolate equal-time native edges; graph-distance diagnostic. No UFT4 coupling or physical propagation law is derived here. Main Play, speed and direction gate a bounded diagnostic clock; long frames are capped. Seeking pauses only the host pulse.

Field appearance

Glow & surface detail

Turbulence changes appearance only. Adaptive quality may reduce effects to keep interaction responsive.

Render quality

Camera

Drag to orbit the whole scene around one shared center.

Yaw, pitch & roll

Simulation

UFT4 field parameters

The face samples one centered radial field. In the pair view, local z=0 separates its positive half on A/source from its negative half on B/neighbor. The experimental generator still uses the sum from three sources, as in v14.1.

Prescribed torus & graph rotation

Major-radius control preserves the original offset: displayed radius = 1 + control value. This embedding does not define native graph topology.

Save & load settings

Save all controls and playback position to a ZIP containing JSON. Import that ZIP or its JSON to restore the view. Files stay on your device. Generated research results are not included; rerun the saved research settings.

Ready to save or load settings.

Advanced research EXPERIMENTAL

Independent candidate generator

Generate a snapshot at the current time and parameters. Native G60 edges do not enter the search. Exact phase may produce no sites.

Grid search: 0.28 spacing within radius 2.24. Exact phase uses 1e-8 rad numerical tolerance. No G60 adjacency enters generation.

Four-state fiber emergence

An exploratory spatial quarter-turn and phase test on generated sites. Native fibers are a separate reference.

Generate candidate sites first, then run the orbit audit. Native reference fibers are not used for candidate generation or assignment.

Developer diagnostics

Waiting for renderer measurements…

Frame timings measure JavaScript work and observed frame cadence. They are not direct GPU timings.

About this instrument

The certified native G60 graph has 60 vertices, 120 edges, and degree four. Its 15 disjoint four-vertex fibers project to G15, with 15 vertices and 30 edges.

The G900 host contains 15 native G60 blocks with 1,800 local and 1,800 external edges. The mirrored view starts with each G60 at an outer end and its own G15 sheet at the central interface. Merge halves brings the display positions together while retaining each block and quotient identity. The value is retained but inactive in overview or with the host hidden. The two quotients remain distinct even where their drawings coincide: this is a display reflection, not a topological merge or a quotient identification induced by the external pairing. The native 60-edge matching between adjacent blocks is unchanged. One torus is split at its local midplane across A/source and B/neighbor, with each half sampled from the same field. This display partition introduces neither a second field source nor a new coupling. Pulse arrival measures unit graph hops using a bounded diagnostic clock. Seeking and repeating the pulse do not change UFT4 time.

Keep three objects distinct: the native graph, its prescribed toroidal embedding, and Joachim’s proposed continuous UFT4 field. Rotation is a display choice; the field visualization is not a validated physical model.

Sunlight view increases visual contrast independently of Sheets, Plasma or Hybrid. Switching back restores the selected appearance settings.

Graph-field integration: exploratory CoRI collaboration. Standalone instrument · v15.9 field style and cycle controls.

UFT4 Omega 15.9.10

Before you explore