What question did this study set out to answer?

The aim is to explore integrated information in quantum systems and test its applications in secure communications.

June 23, 2026Open Access

Integrated Information in Quantum Systems: IIT 4.0, Falsifiability, QEC, BB84 and Quantum-Secure Authentication with Real Transformer V9 Tokens on IBM Quantum Hardware

Puntos clave

The aim is to explore integrated information in quantum systems and test its applications in secure communications.
Conducted eleven experiments on IBM Quantum hardware and GPU.
Evaluated QKD performance with BB84 protocol and real tokens for authentication.
Implemented triple-layer intrusion detection mechanisms.
BB84 QKD shows 0% QBER without an attacker and 15% with an attacker.
Entangled Phi shows a 1147x ratio compared to separable states.
Quantum error correction preserves Phi with a 0.0203 bits increase.

Resumen

Eleven experiments (H-500 to H-510) on IBM Quantum ibmₘarrakesh (156q) and GPU. IIT 4. 0 with cause-effect repertoires, 8/8 Popper falsifiability predictions passed, topological Phi (Betti numbers), QEC preserves Phi (+0. 0203 bits), entangled vs separable Phi (1147x ratio: GHZ=1. 83, Bell=0. 88, separable=0. 00), BB84 QKD on real hardware (QBER=0% without Eve, 15% with Eve), and quantum-secure authentication channel combining BB84 with real Aurora V9 (Qwen2. 5-14B+LoRA) Transformer tokens. V9 generates real ZKP crypto tokens with Phi=0. 8895. Triple-layer intrusion detection: BB84 (QBER) + token integrity + IIT (Phi alteration). 14 IBM Quantum jobs, 202 PUBs recovered. Bunker DB updated to 3812 records.

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Cite This Study

Cruz Sanchez (Sun,) studied this question.

synapsesocial.com/papers/6a3a225d111626ef22ab7065 https://doi.org/https://doi.org/10.5281/zenodo.20779575

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