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TRIQEE QUANTUM LABS

IBM Quantum Heron 156Q

Physical Superconducting QPU Telemetry • WhatsHot, Inc. & IMQbd 501(c)(3)

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IBM HERON TRIFECTA: ALL 3 FLAGSHIP QPUs BENCHMARKED 3/3 COMPLETE

Triqee has benchmarked and executed live gate-based algorithms across all three physical 156-qubit Heron processors.

Target Architecture

IBM Heron r2

156 Physical Qubits

Optimal Ground State

|1111> 15.4%

Risk-Neutral Parlay Allocation

Physical QPU Time

2.17 Seconds

1,024 Shots Transpiled

Cloud Verification dapu6pb18flc739mtlj0 ↗ Verified Completed (COMPLETED)

📊 IBM Quantum Platform Readout Histogram

Interactive measurement distribution across 16 computational basis states ($2^4 = 16$).

|1111>

Optimal Balanced Risk Vector (Global Ground State) 158 Shots (15.4%)

All 4 positive covariance legs align constructively: Spread + Total + QB Passing + RB TD.

QPU Interference Mode: Constructive (Global Energy Minimum)

160 120 80 40 0

1. Constructive Quantum Peaks (|1111> & |0111>)

Represent 30.3% of total density. The algorithm concentrates probability mass into states that minimize total portfolio variance.

2. Destructive Noise Cancellation (|1010>)

Penalizes contradictory states (only 12 hits). High-risk cannibalized combinations are filtered out before risk exposure is taken.

3. GLI-19 Entropy Seeding (Job #2)

Paired with 32,768 physical entropy bits harvested on ibm_fez to guarantee unmanipulable randomness for state licensure.

Download certified JSON execution manifests and regulatory crosswalks.