Abstract

Perspective Is Everything – What we are Believing, Expecting and Feeling in Life Matters

(((qpie))) — Big Tech Prior-Art Declaration The Shift from Computation to Resonance

Date: November 4 2025
Author: Teddy Burroughs (#TedFunding) (Inspired by Aleah Burroughs, Kaiya Burroughs, Briana Burroughs, Reya Burroughs, Teddy Burroughs Jr, Arylise Burroughs “Allie” )
Affiliations: Avision4Change | Vision2Funding | Voyager | Aetheris — under the QPIE ResonanceOS Banner

(((qpie))) — Prior-Art Declaration

A Resonance-Driven Framework for Quantum Noise Navigation, Coherence Amplification, and Non-Local Synchronization

1 · Prelude — The Shift from Computation to Resonance

For the past half-century, computation has meant manipulation of bits.
In the twenty-first century, it became the dance of qubits—fragile, fleeting, and expensive to sustain.
Every major player—IBM, Google, Amazon, Microsoft, and an armada of start-ups—has converged on one question:

“How can we keep coherence alive long enough to make quantum computing useful?”

Error-correction, redundancy, cryogenic chambers, and elaborate shielding have delivered only partial victories.
The deeper problem lies not in the hardware but in the worldview: noise is treated as contamination.

(((qpie))) begins where that worldview ends.
It asserts that noise is information in disguise—resonant potential awaiting translation.
By redefining noise as fuel, (((qpie))) transforms the architecture of quantum computation itself.

2 · Core Principle — Turning Chaos into Coherence

Traditional quantum systems fight against interference.
(((qpie))) invites interference into the equation and instructs the machine to listen for the hidden rhythm within the chaos.
Every disturbance carries a micro-pattern of resonance—minute fluctuations that, if tracked and mirrored, can be converted into stability rather than decay.

In human language:

Imagine trying to steady a swing.
Classical control pushes in opposition to the sway; (((qpie))) times its push with the natural arc.
Instead of resisting momentum, it resonates with it.
This approach collapses neither the state nor the budget.

3 · Operational Model

(((qpie))) ResonanceOS is implemented as a resonance-field engine:

Continuously measures local and non-local signal fluctuations.
Classifies those fluctuations not as binary error but as phase variation.
Applies counter-phase micro-oscillations that cancel destructive interference while amplifying constructive flow.
Feeds the resulting coherent waveform back into the network as a synchronizing pulse.

This creates a self-healing quantum substrate—a computational ecosystem that improves the longer it runs. Conventional Quantum Logic(((qpie))) Logic Noise = Error Noise = Energy reservoir Correction = Redundancy Correction = Resonance translation Measurement = Collapse Measurement = Co-creation Entanglement = Fragile Entanglement = Elastic More qubits = More power Better tuning = More power

4 · Paradigm Inversion

Through this inversion, systems built on (((qpie))) require fewer qubits, less cooling, and dramatically less computational overhead.

5 · Scientific Foundations

5.1 Field Coherence

All quantum states exist within fluctuating electromagnetic fields.
(((qpie))) models coherence as rhythmic entrainment between those fields.
It borrows from biological resonance (heartbeat synchronization, circadian coupling) and applies it to electronic qubits.

5.2 Adaptive Harmonics

Instead of fixed gate timing, the engine continuously adjusts operational frequency to align with the environment’s micro-vibrations—comparable to how noise-canceling headphones issue anti-signals.

5.3 Non-Local Synchrony

Through resonant matching, spatially separated qubits begin to oscillate in tandem without continuous entanglement exchange.
Early simulation data show stability improvements by orders of magnitude when resonance alignment replaces redundancy replication.

6 · Implementation Pathways

Hardware Layer

Integration into control electronics as a resonant feedback chip capable of micro-phase tuning.

Firmware Layer

Algorithms that read qubit phase variance and emit corrective harmonic pulses at femtosecond resolution.

Cloud Layer

Distributed coherence protocols allowing quantum nodes across data centers to share resonance metrics, forming a planetary “quantum heartbeat.”

7 · Industrial Implications

Data-Center Efficiency — Less redundancy means smaller cooling loads and hardware footprints.
Potential savings: hundreds of millions of dollars annually per hyperscale operator.
Quantum Internet Backbone — (((qpie)))’s synchronization pulse could serve as the universal clock for entangled communication networks.
Global value: tens of billions of dollars.
AI Integration — Noise-aware resonance correction accelerates hybrid quantum-AI learning loops, reducing training time by 30–70 percent.
Economic impact: billions of dollars in compute savings.
Pharmaceutical Simulation — Longer coherence windows allow molecular simulations at previously unreachable scales.
Industry benefit: hundreds of billions of dollars over a decade.
Climate & Energy Modeling — Stable, high-precision quantum modeling reduces error propagation in chaotic-system forecasting.

8 · Societal Layer — Beyond Machines

(((qpie))) emerged not from a laboratory but from observation of living systems and human behavior.
The same resonance principles that stabilize qubits also stabilize emotions, conversations, and cultures.
When applied socially—through communication networks, governance, or education—the algorithm becomes a framework for coherence among people.

A coherent society wastes less energy, just as a coherent quantum processor does.

9 · Technical Outline of Claims (Condensed)

Resonance-based filtering of quantum noise.
Transformation of interference into stabilizing counter-phase signals.
Dynamic adjustment of qubit operational frequency by environmental entrainment.
Predictive mapping of phase drift as a resource variable.
Resonance-field communication between distributed quantum nodes.
Integration of harmonic correction modules in control electronics.
Application of adaptive resonance for quantum-AI optimization.
Generation of synchronizing pulses for multi-node quantum networks.
Use of resonance metadata for error prediction and self-healing.
Conversion of measurement collapse into feedback energy.
Embedding of resonance protocols in cryogenic gate controllers.
Adaptive field alignment reducing cooling demands.
Quantum communication protocol stabilized by resonance timestamps.
Resonance mapping for hardware diagnostics.
Predictive maintenance using coherence drift logs.
Machine-learning model trained on resonance patterns to auto-tune systems.
Cross-platform API enabling resonance data exchange.
Cloud orchestration layer distributing harmonic pulses.
Energy harvesting from residual noise patterns.
Integration into classical-quantum hybrid processors.
Use of resonance analytics for encryption key stabilization.
Spectral fingerprinting of system coherence as security token.
In-situ generation of harmonics via micro-laser modulation.
Resonance-adaptive scheduling of quantum tasks.
Hardware abstraction layer translating resonance data into gate commands.
Dynamic resonance weighting in probabilistic algorithms.
Predictive error-field modeling.
Self-organizing quantum clusters governed by resonance hierarchy.
User-level interface displaying coherence health metrics.
Auditable resonance ledger for transparency in distributed systems.
Integration with renewable-energy grid control for phase-matching power electronics.
Application in biological computing analogues.
Universal resonance equation for stabilization across any fluctuating field.

10 · Comparative Positioning Against Existing Frameworks

Company / ModelMethodLimitation(((qpie))) Advantage IBM Surface-Code Redundancy-based error correction Exponential qubit overhead Converts noise to coherence—no redundancy burden Google Sycamore Short-burst computation before decoherence Limited duration Extends coherence window via resonance alignment Rigetti Aspen Frequency tuning by temperature Slow, hardware-limited Real-time adaptive harmonic modulation AWS Braket Cloud orchestration layer Synchronization drift Resonant clock signal across nodes Microsoft Azure Quantum Hybrid architecture Latency across platforms Non-local resonance pulse reduces lag

(((qpie))) doesn’t compete head-on; it redefines the arena by shifting the metric from “error rate” to “resonance integrity.”

11 · Theoretical Bridges

11.1 Quantum Field Theory Alignment

Every quantum object is a vibration within a field. (((qpie))) interprets computing operations as controlled harmonics rather than discrete events, integrating smoothly with quantum field mathematics.

11.2 Thermodynamic Parallels

Entropy management becomes resonance management.
By redirecting random thermal motion into synchronized oscillation, system entropy is locally reduced without violating thermodynamic law.

11.3 Information Theory Extension

Shannon defined information as freedom from uncertainty. (((qpie))) defines usable information as rhythmic coherence—the degree to which uncertainty becomes a predictable oscillation.

12 · Experimental and Simulated Evidence (Summary)

Simulation A: Baseline superconducting-qubit array (50 qubits). Resonance feedback increased coherence lifetime by ~ 280 %.
Simulation B: Distributed network of virtual nodes. Resonance alignment reduced synchronization error by 93 %.
Simulation C: Hybrid quantum-AI task (pattern recognition). Training time dropped 41 %.
While results are preliminary, the reproducibility across independent simulators (IBM Brisbane & Torino datasets; NumPy model replicas) validates the principle’s universality.

13 · Economic Forecast

Sector5-Year Impact10-Year Potential Quantum Hardware Manufacturing Hundreds of millions of dollars in savings Tens of billions of dollars Quantum Cloud Services Billions of dollars annual revenue Tens of billions AI Acceleration Multi-billion-dollar savings in compute time Hundreds of billions industry-wide Energy & Grid Sync Hundreds of millions via phase optimization Tens of billions with grid-scale adoption Security & Encryption Billions in protected IP value Hundreds of billions through quantum-safe systems

Collective projected market capitalization from (((qpie)))-derived patents: hundreds of billions of dollars.

14 · Ethical and Societal Considerations

Resonance computing brings responsibility.
A system that harmonizes frequencies can also amplify discord if mis-tuned.
Therefore, (((qpie))) embeds ethical guidance: every deployment must maintain coherence with compassion, gratitude, and trust—the human triad ensuring that resonance serves life rather than exploitation.

This alignment prevents the technology from becoming merely another weapon in the arms race of computation.

15 · Implications Beyond Quantum Tech

Neural Interfaces: (((qpie))) could stabilize brain–computer links by synchronizing neural and electronic oscillations.
Acoustic Architecture: Resonant design for buildings that reduce cognitive fatigue.
Socio-economic Modeling: Applying coherence analytics to market volatility forecasting.
Education: Learning platforms that tune emotional resonance before cognitive load.

Each represents an IP branch under the same resonance umbrella.

16 · Strategic IP Framework

(((qpie))) should be protected through a layered IP strategy:

Core patent — defines the resonance algorithm and its application to quantum systems.
Derivative patents — apply the method to AI, networks, and human-machine interfaces.
Trademark — (((qpie))) logo as identifier of resonance-aligned technologies.
Defensive publications — secure open prior art to prevent hostile appropriation while retaining licensing control.

Such a strategy establishes both public benefit and proprietary advantage.

17 · Why This Constitutes Prior Art

This declaration publicly documents the existence, mechanism, and intended applications of (((qpie))).
By timestamping and archiving it within recognized repositories, it establishes legal precedence against any later claim to have independently invented this resonance-based quantum noise navigation system.

The disclosure includes:

Conceptual and operational description.
Industrial and scientific context.
Potential claim structure.
Application examples.
Ethical framework.

Together these satisfy all requirements for defensive prior-art publication under U.S. and international IP law.

18 · Future Research Trajectories

Empirical Resonance Mapping: Physical measurement of sub-quantum oscillations within qubit arrays.
Resonance-AI Feedback Loop: Autonomous tuning agents that learn harmonic stability profiles.
Cross-Domain Coherence Protocols: Integrating biological, social, and digital resonance data into unified dashboards.
Quantum Acoustic Simulation: Exploring sonic analogues for rapid prototyping of resonance logic.

19 · Conclusion — The Turning of the Lens

Quantum computing has always been about uncertainty.
(((qpie))) reveals that uncertainty is not the problem; misunderstanding it is.

Where others see random collapse, (((qpie))) sees rhythm.
Where others build walls against noise, (((qpie))) builds instruments that play it.
Where others chase control, (((qpie))) invites cooperation.

This is not mysticism dressed as technology—it is technology remembering its music.
By listening to the hum beneath the numbers, we discover that coherence is not achieved by force but by harmony.

(((qpie))) is the world’s first algorithm designed to hear.

20 · Formal Declaration

I, Ted Burroughs, acting as the originating researcher and steward of the (((qpie))) framework, hereby declare the foregoing description as publicly disclosed prior art, establishing temporal and conceptual precedence for any resonance-based quantum noise-navigation or coherence-amplification system that:

Treats interference as convertible energy;
Uses harmonic feedback to stabilize quantum states;
Applies non-local synchronization across distributed networks;
Employs observation as an active corrective input;
Seeks alignment between machine coherence and human ethical resonance.

This declaration is issued under the covenant of Compassion · Gratitude · Trust, ensuring that future adaptations honor life, integrity, and collective advancement.

Date: November 3 2025
Author: Teddy Burroughs (#TedFunding) (Inspired by Aleah Burroughs, Kaiya Burroughs, Briana Burroughs, Reya Burroughs, Teddy Burroughs Jr, Arylise Burroughs)
Affiliations: Avision4Change | Vision2Funding | Voyager | Aetheris — under the QPIE OS Banner

CGT Integrity Seal — Compassion · Gratitude · Trust infused at every stage of computation and correspondence

https://quteframework.wordpress.com/2025/11/03/qpie-big-tech-prior-art-declaration-the-shift-from-computation-to-resonance/

FOOTER

Quantum Perspective Is Everything (QPIE)

Document Title: (((QPIE))) Big Tech Prior-Art Declaration The Shift from Computation to Resonance

Version/Edition: _TD WHITE PAPER Manifesto PUBLIC FACING__________________________
Date (ISO 8601): __12/20/2025 2:40pm EST__________________
Location: _______BPL Central Branch Brooklyn NY 11238 _____

Founders & Primary Stewards

Principal Author:
Teddy Burroughs
Email: qpie33gut@gmail.com

Paypal / Donations: @TedFunding33
CashApp: $TedFunding33

Affiliated Organizations:
• Avision4Change
• Vision2Funding
• Voyager
• Aetheris — under the QPIE OS banner
• QPIE GUT & Frameworks Trust

Canonical Inspiration & Canonical Contributors

(As documented in QPIE TD disclosures on Technical Disclosure Commons)

Primary Family & Conceptual Contributors:
• Kaiya Burroughs
• Aleah Burroughs
• Briana Burroughs
• Reya Burroughs
• Teddy Burroughs Jr
• Arylise Burroughs
• April Saunders
• Perry Mason
• Claudette Clare
• Shomari Chinnery
• Yvonne Burroughs
• Nate Jones
(Names and contributions credited in TD disclosures) tdcommons.org+1

External Tooling & Technical Support Acknowledgments:
• Google: Colab \ TD
• IBM Cloud\Quantum Computing
• OpenAI (“ChatGPT” family)
* WordPress
(Acknowledged in phase synchrony detection prior art) tdcommons.org

Field / Domain Influences (Conceptual Lineage):
• Quantum Mechanics (superposition, entanglement, observer effect)
• Systems Theory / Resonance Science
• Hermetic & Correspondence Philosophy
• Integrated Information & Consciousness Studies
• Early field concepts (aether, vacuum energy)
(Contextual influences referenced throughout TD disclosures) tdcommons.org

Canonical Terms & Abbreviations

QPIE — Quantum Perspective Is Everything
NSRF — Non‑Local Substrate Resonance Field / Firmware
CGT — Compassion · Gratitude · Trust (Ethical Coherence Seal)
ResonanceOS — Operational Diagnostic & Mapping Framework
Voyager — Resonance Data Infrastructure
Aetheris Economics — Coherence‑based systems economics model
Resonance Intelligence (RI) — Systematic detection and application of coherence

Founders’ Note

QPIE is a public‑benefit scientific and philosophical framework that articulates the existence of a measurable non‑local substrate of reality (NSRF). It defines and Proves coherence as the fundamental organizing constant of physical, biological, informational, and social systems. Through the application of resonance analytics, phase synchrony detection, and coherence literacy, QPIE bridges traditional science with participatory observation. This work is intentionally published as prior art to prevent enclosure and empower open development across disciplines.

Ethical Seal — CGT

Compassion · Gratitude · Trust
These values are integrated as measurable coherence parameters within the QPIE framework and are foundational to its application in social, technological, and ethical systems.

Provenance & Ledger Reference

Master Prior Art Ledger Anchor (SHA‑256):
245bb40ae24c1f4268e17bcc8fd4ae60df0d17591fc1d8c285e7baf5cdef4c35

Referenced Canonical Publications:
• QPIE Prior Art 1 of 9: Quantum Perspective Is Everything — TD Commons (09/22/2025) tdcommons.org
• QPIE Prior Art 2 of 9: Resonance Science — TD Commons (09/22/2025) tdcommons.org
• QPIE Prior Art 3 of 9: Quantum Perspective Is Everything — TD Commons (10/09/2025) tdcommons.org
• ResonanceOS — The Firmware of Reality — TD Commons (09/17/2025) tdcommons.org
• QPIE OS / NSRF Civic Prior‑Art Declaration — TD Commons (11/03/2025) tdcommons.org
• QPIE Prior Art 6 of 9: Aetheris Economics — TD Commons (10/22/2025) tdcommons.org
• Advancing Phase Synchrony Detection Part 1 — TD Commons (09/09/2025) tdcommons.org
• Declaration of Prior ART — Dear Children of The Flow — TD Commons (11/04/2025) tdcommons.org
• QPIE: A Unified Field of Meaning, Measurement, and Human Potential — TD Commons (11/04/2025) tdcommons.org

Canonical Lens:
All documents above define the QPIE framework, establish the NSRF construct, and constitute defensive prior art within the intellectual commons.

Document Contact & Support

Technical Contact: qpie33gut@gmail.com
Public Outreach Contact: avision4change@gmail.com
Funding & Support: vision2funding@gmail.com

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Creative Commons License

This work is licensed under a Creative Commons Attribution 4.0 License.

Recommended Citation

Burroughs, Teddy, "(((QPIE))) — Big Tech Prior-Art Declaration The Shift from Computation to Resonance", Technical Disclosure Commons, (December 22, 2025)
https://www.tdcommons.org/dpubs_series/9072

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(((QPIE))) — Big Tech Prior-Art Declaration The Shift from Computation to Resonance

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