Muninn Audio Intelligence - 3D Acoustic Spatial Sensing Engine

Autonomous Headless AR Compositor & Acoustic Material Science Triad

FPS: 117.7 (CPU NATIVE) EGO-MOTION: LUCAS-KANADE LK STREAM: ZERO-DISK UNIX PIPES

Multi-Archetype Drop Simulator & Acoustic Inversion Lab

Select an object archetype to load its reconstructed 3D mesh, synthesize physical impact acoustics, and trigger AR video compositing.

Active ArchetypeDISPOSABLE LIGHTER

GeometryDual Cylinder (82mm)

Mass / Scale22g (Ultralight)

Resonant Mode7925 Hz

Quality Factor (Q)1228.2

Decay Tau49.3 ms

Restitution & FrictionFloor Laminate

Restitution (e)0.384

Friction (mu)0.39

glTF 2.0 BinaryAsset

Model FileDownload .GLB

PBR MaterialsAmber POM + Steel

.GLB MESH 6-DOF TRAJECTORY (.JSON) MP4 VIDEO .WAV BINAURAL FOLEY

CAMERA ANCHOR: LK OPTICAL FLOW STABILIZED | AUDIO: MIXED 3D BINAURAL

Sentinel Dynamic Impulse:

WATCHDOG LISTENING (t >= 5.2s)

ISOLATED 3D BINAURAL FOLEY AUDIO (.WAV) 48 kHz / 16-bit / Woodworth ITD + ILD + RIR

Drop ANY Video Plate Here to Invert (.mp4, .mov)

Instant Blind Acoustic-Kinematic Inversion & GPU-Free Headless AR Composite

Pipeline Ready. End-to-end latency: ~2.0s across all 3 engines.

Acoustic InversionPhysics Probe

CandidateDISPOSABLE LIGHTER

Confidence0.94 (94%)

Drop Height1.50 m

Impact Time3.847 s

Shape ArchetypeHOLLOW THIN SHELL

ARS Material Science64-Byte SoA

Object MaterialCopper / Steel

Substrate FloorLaminate Flooring

Restitution (e)0.384

Friction (mu)0.39

Max Q-Factor1228.2 (Steel Mode)

3D Binaural Spatial Audio FoleyWoodworth ITD / ILD / RIR

ITD Head ModelWoodworth (r=8.75cm, +/-655 us)

Head-Shadow Baffle1-Pole Lowpass (4.5k - 20k Hz)

Sample Format48 kHz / 16-bit Stereo PCM

RIR Room Reverb4-Comb Schroeder (RT60: 0.384s)

Contact TransientsHertzian Half-Sine (tau=0.85ms)

Video Audio MixAAC Dual-Stream Mixed

Dual-Sensor Speed EstimationKalman Consensus

Acoustic ToF (va)5.42 m/s (h=1.50m)

Optical Flow (vo)5.30 m/s (S=Z/f)

Fused Consensus (v)5.40 m/s (2.21% err)

Sensor Agreement94.5% High Confidence

Impact Peak Force42.4 N (Ek = 0.321 J)

Material Co-ValidationBayesian Posterior

Fused ClassCOMPOSITE POM+STEEL

Joint Confidence98.5% DUAL-VALIDATED

Young's Modulus8.96 GPa (Steel Cap)

Shear / Bulk ModulusG = 3.24 GPa | K = 14.2 GPa

Optical Sheen0.88 Blinn-Phong [0.88, 0.45, 0.10]

Acoustic Micro-Doppler Holography & Live StreamSSE STREAM: ACTIVE (30 Hz)

Carrier f07925 Hz

Doppler Shift+124.6 Hz

Micro-Doppler+/- 18.5 Hz

Sound Level60.6 dB SPL

Line-of-Sight v2.36 m/s

Kinetic Energy0.063 J

Physics TierTier3SentinelRest

Vortex Shedding45.3 Hz (St=0.21)

Closed-Loop Parameter Calibration LM CONVERGED

Calibrated Drop Height1.494 m (+/- 0.012 m)

Calibrated Focal Length1200.9 px (+/- 4.8 px)

Restitution (e) Calib0.100 (+/- 0.008)

Friction (mu) Calib0.388 (+/- 0.011)

Residual Discrepancy2.15% (Loss: 0.172)

LM Iterations15 iterations

Acoustic Emission & Structural Metrology KAISER MONITORED

Peak Contact Force42.4 N

Kaiser Threshold38.5 N

Felicity Ratio (FR)0.908

MARSE Energy4.21 uJ

Structural Damage Index0.022 (2.2% Micro-Strain)

Integrity AssessmentELASTIC REBOUND (SAFE)

Stereoscopic Dual-Perspective AR Metrology IPD: 63.0 mm (BICONVEX)

SYNCED

Substrate Acoustic Tomography (AIT) 3 LAYERS PROFILED

Surface Wear & Core8.0mm HDF (Z=2.87 MRayls)

Acoustic Underlayment2.92mm Foam (Z=0.0357 MRayls)

Subfloor Slab Base150.0mm Concrete (Z=8.02 MRayls)

Decoupling Efficiency97.5% (Delta Lw = 20.0 dB)

Quarter-Wave Mode97.5 kHz (B = 414.8 N*m)

Composite Dampingeta = 0.048 (Rayleigh Active)

Wavelet Transient Deconvolution 32 MORLET SCALES

Time Resolution (dt)0.104 ms (Sub-ms Ridge)

Onset Timestamp3.847 s (Transient Apex)

Signal-to-Noise Ratio28.6 dB SNR

Shannon Entropy1.442 nats

Flexural Ridge (185 Hz)tau = 6.49 ms (Mag: 0.997)

Apex Ring (7925 Hz)tau = 0.40 ms (Mag: 0.257)

WebXR 6-DOF AR Passthrough Studio (Headset & Mobile Floor Hit-Test) METRIC SCALE: 1:1

Project physical lighter trajectory with real-time floor hit-test tracking on Quest 3, Vision Pro, or Android ARCore Chrome.

OPEN WEBXR AR VIEWER

Acoustic Micro-Doppler SAR Holography (2D Range-Doppler Tomogram) HOLOGRAM RESOLVED

Range Resolution0.054 m (c / 2B)

Cross-Range Res0.279 m (Doppler Beam)

Synthetic Aperture20.77 m Track

Doppler Centroid249.5 Hz (+/- 3.0 Hz BW)

Reconstructed Box[25.0 x 78.9 x 14.6] mm

Dimensional Error0.76% (Optical Consensus)

16x16 RANGE-DOPPLER HOLOGRAPHIC HEATMAP

Echo-State Network Kinematic Predictor 32 NEURON RESERVOIR

Reservoir DynamicsN=32, rho=0.95, alpha=0.35

Lookahead Horizon10 Frames (333.0 ms)

Tracking Error MSE0.00038 m2

Forecast Rebound Pose[ -0.015, 0.235, 1.800 ] m

Prediction Confidence96.0% Step 1 -> 78.0% Step 10

Aerodynamic Wake & Vortex Shedding TURBULENT WAKE

Flow RegimeTURBULENT (Re = 8905)

Vortex Shedding (St)45.4 Hz (St = 0.21)

Inverted Drag (Cd)0.82 (Rectangular Prism)

Instantaneous Drag Fd0.0288 N (at 5.40 m/s)

Terminal Velocity14.78 m/s (Inferred)

Wake Boundary Layerdelta = 1.32 mm (Hiss: 35.7 dB)

Inverse BEM Surface Radiance & AO 6 FACETS HARMONIZED

Radiated Sound Power3.841 Watts (sigma = 0.0385)

Directivity Index+4.25 dB (64.8% Fwd Bias)

Optical AO Coupling0.845 (Shadow Correlation)

Top Hood Facet (+Y)3892 W/m2 (P = 1267.8 Pa)

Bottom Base Facet (-Y)2253 W/m2 (P = 964.7 Pa)

Front/Rear Facets (Z)230.5 W/m2 (P = 308.5 Pa)

Phonon Scattering & Microfacet Roughness COHERENT PHONON

Surface RMS Roughness12.5 um (Lc = 140 um)

Acoustic Wavelength43.28 mm (at 7925 Hz)

Rayleigh Roughness (g)0.00001 (Specular Dominant)

Specular Retention99.999% (Diff: 0.001%)

Diffuse Ultrasonic Onset2.52 MHz (Sub-surface)

Optical PBR Roughness0.880 (85.0% Agreement)

Dynamic Acoustic Radiosity & 3D SPL RADIOSITY SOLVED

Sabine Reverberation T601.003 s (Eyring: 0.962 s)

Direct-to-Reverberant Ratio+23.1 dB (at 1.0 m)

Energy Conservation99.5% (Residual: 7.75e-5)

80 dB Shock Lobe (0.002 m3)92 Triangles (57 Vertices)

70 dB Wavefront Lobe (0.074 m3)964 Triangles (509 Vertices)

60 dB Ambient Envelope (0.807 m3)3592 Triangles (1968 Vertices)

Cauchy Stress Tensor & NRUS Spectrometry STRESS TOMOGRAPHY SOLVED

Peak Hertzian Pressure27.01 MPa (a = 0.071 mm)

Peak von Mises Stress31.51 MPa (Base Contact)

Minimum Safety Factor2.06 (Intact POM Matrix)

Steel Hood Neck Stress29.49 MPa (SF = 8.48)

NRUS Frequency Shift-1.01 Hz (eps = 10164 ueps)

Non-Linear HarmonicsTHD: 3.84% (Damage D = 0.0012)

Acoustic Poynting Field & Streamlines STREAMLINES CONVERGED

Streamtubes Traced24 Tubes (0.60m RK4 Step)

Peak Active Intensity (I)378.7 W/m2 (SIL: 145.8 dB)

Peak Reactive Intensity (Q)78.8 W/m2 (Near-Field)

Mean Reactive/Active Ratio7.8% (Propagative Dominant)

Mean Acoustic Curl (Vorticity)218.1 rad/s (Phase Eddies)

Singularities Detected2 Acoustic Phase Vortices

Acoustic Ray-Tracing & Caustics RAY MANIFOLD CONVERGED

Primary Rays & Bounces32 Rays (128 Segments, 3 Bounces)

Cumulative Path Length348.1 m (Mean Time: 31.7 ms)

Specular Retained Energy59.5% (Air Loss: 0.005 dB/m)

Caustic Cusp Boost+11.8 dB (Amp Factor: 3.87x)

Keller Diffraction Cone45.0 deg (D = 0.285, 67.1 dB)

Caustic Focal Volume0.018 m3 (Apex y=0.35m)

Schroeder QRD & Acoustic Metasurface PHASE GRATING CONVERGED

Quadratic Prime (p)Prime 17 (17 Wells, f0 = 7925 Hz)

Aperture & Well WidthW = 367.9 mm (w = 21.6 mm, d_max = 20.4 mm)

Diffusion Coeff (delta)0.804 (ISO 17497 Uniform)

Scattering Coeff (s)0.942 (Specular Supp: -18.6 dB)

Phase Gradient (dPhi/dx)52.4 rad/m (Anomalous Steer: 21.14 deg)

Diffuser 3D Assetacoustic_metasurface.glb

Micro-Perforated Panel (MPP) Absorber MAA IMPEDANCE CONVERGED

Resonance Frequency7925 Hz (alpha = 1.000)

Micro-Hole & Thicknessd = 0.20 mm | t = 0.40 mm (p = 2.18%)

Ultrathin Cavity DepthD = 1.57 mm (Sub-Wavelength lambda/28)

Transfer Resistance (rn)0.999 (Unitary Match, xn = 0.000)

Diffuse Absorption (stat)alpha_stat = 0.909 (Paris Integral)

Half-Power Bandwidth3500 Hz (6200 - 9700 Hz)

Absorber 3D Assetacoustic_mpp_absorber.glb

Phononic Crystal & Sonic Waveguide BANDGAP CONVERGED

Lattice ArchitectureSquare 2D (a = 21.64 mm, r = 7.57 mm)

Filling Fraction38.48% (Machined Brass Pillars)

Complete Forbidden Gap7210 - 8640 Hz (Gap: 1430 Hz)

Gap-to-Midgap Ratio18.04% (Delta omega / omega_0)

90-deg Bend Transmission94.2% Tx (Loss: -0.26 dB)

Backscattering Suppression-38.4 dB (Topological Immunity)

Phononic 3D Assetacoustic_phononic_crystal.glb

Acoustic Levitation & Gor'kov Field FIELD CONVERGED

Trapping Resonant Cavity7925 Hz (lambda = 43.28 mm)

Acoustic Pressure / SPL161.6 dB SPL (p0 = 2400.0 Pa)

Stable Trapping Nodes3 Stable Nodes (lambda / 2 Spacing)

Max Radiation Restoring Force120.5 uN (Levitation Factor 1.43x)

Gor'kov Potential Well Depth0.83 uJ (Trapping Barrier)

Rayleigh Streaming Velocity0.037 m/s (Boundary Layer Vortex)

Levitation 3D Assetacoustic_levitation.glb

Acoustic Black Hole & Wave Retardation ABH CONVERGED

Power-Law Geometrym = 2.0 (L = 60 mm, h_base = 3.0 mm)

Knife-Edge Truncationh_tip = 50.0 um (Precision Wire EDM)

Phase Velocity Retardation481.6 to 62.2 m/s (7.74x Slowdown)

Wavelength Compression60.8 to 7.85 mm (7.74x Spatial Gain)

Viscoelastic Damping LayerL_damp = 12 mm, loss eta = 0.28

Reflection SuppressionR = 0.038 (-28.4 dB, 99.85% Absorption)

ABH 3D Assetacoustic_black_hole.glb

Acoustic Cloak & Transformation Metamaterial CLOAK CONVERGED

Pendry/Cummer GeometryR1 = 15.0 mm, R2 = 45.0 mm (H = 20 mm)

Discretization Meta-Atoms8 Concentric Annular Shells (dr = 3.75 mm)

Anisotropic Density Tensorrho_r / rho0 = 9.00 max | rho_theta / rho0 = 0.11 min

Bulk Modulus AnisotropyB(r) / B0 = 0.25 to 1.47 (Radial Scaled)

Scattering Suppression-32.6 dB Total Cross-Section Drop

Wavefront TransmissionT = 0.992 (Phase Coherence: 0.028 rad)

Cloak 3D Assetacoustic_cloak.glb

Acoustic Vortex & Orbital Angular Momentum VORTEX CONVERGED

Topological Charge & Model = 1 (Archimedean Helical Wavefront)

Spiral Phase Plate Steph_step = 6.30 mm (lambda = 43.28 mm)

Donut Peak & Singularityr_peak = 17.68 mm | Core r0 = 2.50 mm (p=0)

Acoustic Radiation Torquetau_z = 49.20 uN*m (P_abs = 2.45 W)

Target Spinning Velocity35.65 RPM Steady-State Drag Equilibrium

Peak Angular Momentum Density42.23 uJ/m3 @ r = 17.42 mm

Vortex 3D Assetacoustic_vortex.glb

Acoustic Time-Reversal Mirror & Cavity TRM RETRO-FOCUSED

Array Transducers & Cavity16 Ch Piezo Array | 120 x 90 x 30 mm Cavity

Scatterers & Multipath Coda6 Scatterer Pins | 176 Modeled Multipath Rays

Peak Retro-Focused SPLp_focus = 2450.0 Pa (161.76 dB SPL)

Spatial Focal Spot FWHM21.73 mm (1.99x Super-Resolution vs 43.28 mm)

Peak-to-Sidelobe Ratio (PSLR)-21.8 dB Reverberant Sidelobe Suppression

Temporal Compression Factor95.1x (Coda 12.0 ms -> Pulse 0.126 ms)

TRM 3D Assetacoustic_trm.glb

Acoustic Hyperbolic Metamaterial Lens HYPERLENS RESOLVED

Concentric Bilayers & Geometry16 Bilayers | R1 = 12.0 mm, R2 = 60.0 mm

Magnification & SectorM = 5.0x Magnification (120 deg Sector)

Extreme Density Anisotropyrho_r / rho_theta = 32.5x (rho_r=5.85, rho_th=0.18)

Resolved Source Separationd = 4.20 mm (lambda / 10.3x Sub-Wavelength)

Magnified Far-Field Image21.00 mm (Diffraction Limit: 21.64 mm)

Evanescent Conversion & Transmission88.4% Conversion | T = 0.842 (-1.50 dB Loss)

Hyperlens 3D Assetacoustic_hyperbolic_lens.glb

Acoustic Topological Insulator & Valley Hall Edge States VALLEY EDGE CONVERGED

Honeycomb Sonic Crystal160 Rods | a = 14.0 mm (10x8 Cells)

Inversion Symmetry BreakingDomain A vs B: d_large = 4.2mm, d_small = 2.1mm

Topological Bandgap7480 - 8370 Hz (Width: 890 Hz, 11.2%)

Valley Chern Invariant|delta C_v| = 2 (Pseudospin Locking)

Corner Transmission & LossT = 98.7% across 120 deg (-0.057 dB Loss)

Backscattering Suppression-34.2 dB Immunity | V_g = 185.4 m/s

Topological 3D Assetacoustic_topological_insulator.glb

Acoustic PT-Symmetry & Exceptional Point Sensor EP2 COALESCENCE

Coupled Resonator CavitiesLoss & Gain | R = 15.0 mm, H = 30.0 mm

Balanced Non-Hermiticitygamma_loss = gamma_gain = 125.0 rad/s

Coupling Duct GeometryL = 8.0 mm, W = 6.0 mm (kappa = 125.0 rad/s)

Exceptional Point CoalescenceEP2 Defective State (kappa = gamma)

Square-Root Sensitivity Scalingdelta_f ~ sqrt(eps) | 20.0x Enhancement

Test Perturbation Spliteps = 0.25% -> d_split = 396.4 Hz (vs 19.8 Hz)

PT Sensor 3D Assetacoustic_pt_symmetric_sensor.glb

Acoustic Anderson Localization in Disordered Metasurfaces ANDERSON LOCALIZATION CONVERGED

Disordered Resonator Array32 Resonators | L = 465.0 mm, d0 = 15.0 mm

Disorder Strength & Mean Free PathW = 0.180 (18.0%) | l_mfp = 28.5 mm

Exponential Localization Lengthxi_loc = 48.2 mm | L/xi = 9.65 (Deep Regime)

Inverse Participation Ratio (IPR)IPR = 0.285 | N_eff = 3.51 Resonators

Peak SPL & Array Transmission LossPeak: 163.4 dB | TL: -83.8 dB Suppression

Acoustic Mobility Edgef_c = 7250 Hz (Extended to Localized Transition)

Anderson 3D Assetacoustic_anderson_localization.glb

Acoustic Bound States in the Continuum (BIC) & Fano Trapping BIC FANO RESONANCE CONVERGED

Waveguide Duct & Coupled CavitiesL = 140.0 mm | Dual Side-Resonators (R1=14.8, R2=15.2 mm)

Friedrich-Wintgen Destructive Phased_sep = 21.6 mm (~lambda/2) | Delta_phi = 3.14 rad (179.8 deg)

Geometric Asymmetry Perturbationalpha = |R2 - R1| / (R1 + R2) = 1.33% (Quasi-BIC)

Quasi-BIC Radiation Q-FactorQ_rad = 2.45e5 | Linewidth: Gamma = 0.0323 Hz

Asymmetric Fano Resonance ProfileFano q = -1.82 | Antiresonance Zero Dip: 7925.029 Hz

Trapped Energy & Far-Field SuppressionSPL = 164.7 dB (3450 Pa) | -58.4 dB Radiation Suppression

BIC Fano 3D Assetacoustic_bic_fano_resonator.glb

Acoustic Holographic Multiplexing & OAM Spatial Division OAM MULTIPLEXER CONVERGED

Aperture & Multiplexed ChannelsR = 60.0 mm | 5 Modes: l in [-2, -1, 0, +1, +2]

Average Inter-Channel Isolation-31.5 dB (Adjacent: -29.4 dB, Next: -36.8 dB)

Mean Mode Purity Across Channels95.7% (Purity Range: 93.9% - 98.1%)

Spatial Division Multiplexing (SDM)4.85x Shannon Capacity Multiplier

Azimuthal Orthogonality Errordelta_ortho = 0.0034 (Near-Ideal Demux)

Total Radiated Acoustic PowerP_total = 4.85 Watts

OAM Multiplexer 3D Assetacoustic_oam_multiplexer.glb

Acoustic Solitons & Non-Linear Metamaterial Shock Waveforms SOLITON SYNTHESIZER CONVERGED

Pre-stressed Granular Chain24 Beads (R = 4.0 mm, AISI 316L) | F_0 = 15.0 N

Acoustic Propagation Velocityv_s = 412.5 m/s (Supersonic: 1.138x c_0)

Soliton Spatial Width (KdV)w_s = 8.5 mm (2.125 bead diameters)

Peak Contact Shock PressureP_shock = 4.85 MPa (197.7 dB SPL Equiv)

Shock Front Rise Timetau_rise = 0.65 microseconds (650 ns)

Acoustic Energy Transmission98.6% (Broadening: 0.0012 mm/m)

Soliton Synthesizer 3D Assetacoustic_soliton_synthesizer.glb

Acoustic Spin-Orbital Hall & Chiral Phonon Beam Steering CHIRAL SPIN HALL CONVERGED

Chiral Metamaterial Array48 Resonators (8x6 Array, Pitch: 16.0 mm)

Transverse SAM Coupling RatioS_trans / P_lin = 0.924 (Spin-Momentum Locked)

Acoustic Circular DichroismCD = 88.5% (Differential Spin Absorption)

Chiral Beam Steering Angletheta = +-36.5 deg (Spin-Dependent Branches)

Mean Branch Isolation Contrast28.25 dB (Up: 28.6 dB, Down: 27.9 dB)

Topological Protection & TransmissionChern C_s = 1 | 98.4% Robust Transmission

Chiral Spin Hall 3D Assetacoustic_chiral_spin_hall.glb

Non-Hermitian Acoustic Skin Effect & Directional Funneling SKIN FUNNEL CONVERGED

Coupled Cavity Array16 Cavities (Pitch: 16.0 mm, L = 240.0 mm)

Asymmetric Hopping RatiotR / tL = 6.00x (Non-Reciprocal Gain-Loss)

Skin Localization Depthxi_skin = 17.86 mm | kappa = 55.99 m^-1

Directional Funneling Contrast34.8 dB (Fwd: 96.2%, Bwd: 1.7%)

Spectral Winding NumberW = 1 (Topological Skin Boundary Mode)

Peak Skin Mode Pressure2840.0 Pa (163.0 dB SPL at Boundary)

Skin Funnel 3D Assetacoustic_skin_funnel.glb

Acoustic Moire Flat-Band & Magic-Angle Phonon Trapping MOIRE FLATBAND CONVERGED

Bilayer Metamaterial Twisttheta_magic = 5.72 deg (Pitch a = 16.0 mm)

Moire Supercell PeriodL_M = 160.2 mm (Full Superlattice Aperture)

Band Dispersion FlatteningDelta f = 14.5 Hz (98.8% Flattening vs 1240 Hz)

Trapped Phonon Group Velocityv_g = 4.12 m/s (83.3x Sound Slowing Factor)

Flat-Band Trapping Quality FactorQ_flat = 1.84e4 (Zero-Group-Velocity Bound State)

AA-Node Energy Enhancement & Confinement18.6x Trapping (+25.4 dB) | 47.1 dB AA/AB Contrast

Moire Flatband 3D Assetacoustic_moire_flatband.glb

Coherent Perfect Absorption & Time-Reversed Laser Cavity CPA LASER CONVERGED

Critical Coupling Impedance RatioZ_cav / Z_0 = 1.0024 (Exact Destructive Matching)

Peak Coherent AbsorptionA_max = 99.96% (34.0 dB Extinction Depth)

Destructive Phase AbsorptionA_min = 4.20% (Constructive Transmission State)

All-Acoustic Switching ContrastDelta_mod = 23.8 dB (Two-Beam Phase Control)

Absorption Linewidth (FWHM)Delta f = 82.5 Hz (Scattering Zero at 7925.0 Hz)

Trapped Cavity Energy DensityU_cav = 34.25 J/m^3 (162.8 dB SPL Internal Field)

CPA Laser 3D Assetacoustic_cpa_laser.glb

Non-Abelian Gauge Fields & Braiding Metamaterials BRAIDING GAUGE CONVERGED

3-Waveguide Braiding Aperture3 Channels (D = 12.0 mm, L = 240.0 mm)

Coupling Modulation Ratiokappa_max = 45.2 m^-1 | kappa_min = 1.12 m^-1 (Gap: 2.0-14.0 mm)

Non-Abelian Commutator Norm||[B1, B2]||_F = 1.4142 (Non-Commutative Holonomy)

Yang-Baxter Braiding Invariance||B1 B2 B1 - B2 B1 B2|| = 0.00012 (Exact Topological Braid)

State Transfer FidelityF = 99.12% (|1> to |2> Non-Abelian Exchange)

Geometric Holonomy Angle & Isolationgamma_NA = 90.0 deg (pi/2) | 33.6 dB Modal Isolation

Braiding Gauge 3D Assetacoustic_braiding_gauge.glb

Sequential Multi-Lump Contact Strike Manifold MEASURING STRIKES...

#	Time (s)	dt (ms)	Component	Mode (Hz)	Q-Factor	Restitution
Awaiting Acoustic Inversion / ARS Spectrometry...