CFT Quantum Ladder & Critical Tipping Point Explorer

35-Atom Chain Jordan-Wigner Exact ED
Hamiltonian Parameters 1D TFIM
At Quantum Critical Point (g/J = 1.00)
35
1.00
0.00
Experimental Presets
CFT Telemetry
CFT Conformal Score: 98.4%
Central Charge (c): 0.50 (2D Ising)
Half-Chain Entanglement S: 0.684 k_B
Ground State Energy E₀: -44.12 J
Direct CFT Observation: Right at the quantum critical tipping point (g/J = 1.00), the many-body excitation rungs form an exact linear conformal ladder matching the predicted operator scaling ratios (1 : 2 : 3 : 4...).
Synthetic Quantum Lattice & Spatial Wavefunctions Click atom to perturb spin
Two-Point Spin Correlation Heatmap ⟨σᵢᶻ σⱼᶻ⟩
Hover over matrix
CFT Conformal Tower Ladder Δ + k scaling
Observed vs Predicted Rung Ratios
Rung Operator Predicted Observed
Conformal Invariance: As established in Nature / Caltech 2026 findings, emergent continuous spacetime conformal symmetry forces discrete lattice eigen-modes to condense into Virasoro Verma modules at the critical tipping point.
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