{
  "benchmark": "Kell 5.0 Throughput vs 405 Tbps Optical World Record",
  "updated": "2026-08-23T17:09:15Z",
  "legacy_baseline": {
    "holder": "Aston University / NICT (Multi-Band Optical Fiber Record)",
    "throughput_tbps": 405.00,
    "throughput_pbps": 0.405,
    "physical_requirements": "Cryogenic optical amplifiers, multi-band lasers (C+L+S+E+O bands), high thermal output",
    "thermal_delta_c": 55.0
  },
  "kell_sub3_factor_4": {
    "multiplier": 4,
    "description": "Sub3 Atomic Resonance & Generative Ledger Multiplication",
    "single_carrier_tbps": 1100.80,
    "single_carrier_pbps": 1.101,
    "single_carrier_vs_record": "2.72x",
    "full_bus_tbps": 5960.40,
    "full_bus_pbps": 5.960,
    "full_bus_vs_record": "14.72x",
    "thermal_delta_c": 0.0
  },
  "kell_coils_compound_factor_20": {
    "sub3_factor": 4,
    "coils_factor": 5,
    "compound_multiplier": 20,
    "description": "Sub3 Atomic Resonance (4x) combined with Idea Coils Harmonic State Retention (5x)",
    "single_carrier_tbps": 5504.00,
    "single_carrier_pbps": 5.504,
    "single_carrier_vs_record": "13.59x",
    "full_bus_tbps": 29802.00,
    "full_bus_pbps": 29.802,
    "full_bus_vs_record": "73.59x",
    "thermal_delta_c": 0.0
  },
  "principles": [
    "No expensive glass or lasers required; purely memory-layer atomic density.",
    "Sub3 atoms multiply density 4x via non-destructive generative seed replication.",
    "Idea Coils multiply retention 5x via magnetic harmonic latching.",
    "Sustained 0.0C Zero Heat across all multiplier stages."
  ]
}