(Vacuum Energy Extraction).Massive Scale and Absolute Replacement for Fossil, Lithium and Nuclear Energy via the Quantum Energy Model of the Hamzah Equation 2025-2035.(Part 17 of 20 – The Quantum Revolution)
Creators: name: JALALI, SEYED RASOUL
Publisher: name: Zenodo
Year: 2025
Subjects: Fossil energy collapse, Nuclear energy, Lithium energy, Green energy, Quantum vacuum, ψ–Vacuum, Conscious vacuum field, Hamzah equation, Nonlinear oscillations, Fractal derivatives, Non-integer derivatives, Human intent synchronization, Quantum energy extraction, Field synchronization, Energy pulses, Quantum coherence, Energy field instability, Energy extraction theory, Quantum field theory, Classical physics collapse, ψ–Resonance ring, EEG coupling, Biological energy extraction, Quantum battery design, Fractal capacitor, Quantum computing, Energy conversion, Non-classical defense technologies, ψ–Field shield, Energy storage, Quantum resonance amplifier, Laser energy storage, ψ–Photon amplifier, Energy grids, Quantum energy networks, Gridless energy transmission, Energy harvesting, Quantum energy amplification, Anti-gravity power plant, Bioelectronic integration, EEG-based human interface, Quantum encryption, Security for quantum data, Quantum intent, Mind-driven energy, Energy governance platforms, Sustainable energy infrastructure, Quantum intent hubs, Geosynchronous energy satellites, Space-based energy systems, Quantum energy verification, Data processing, Quantum data storage, Energy sovereignty, Spatial energy networks, Quantum consciousness field, Energy field calibration, ψ–Intent calibration, Quantum energy transmission, Quantum storage systems, Energy synchronization mapping, Quantum monitoring systems, Human-driven energy systems, Biofeedback energy systems, Quantum fractal systems, High-altitude energy stations, High-frequency energy systems, Quantum resonators, Fractal resonators, Quantum photon systems, Quantum encryption systems, Cross-culture energy exchange, Earth's energy sovereignty, Decentralized energy systems, Next-gen quantum grids, Sustainable quantum energy, Global energy leadership, ψ–Signature, Entropy purification systems, Collective resonance networks, Quantum battery replacements, Spatial energy power systems, Quantum resource management, AI-based energy integration, Energy-intensive industries, International energy strategy, Global quantum leadership, Quantum energy foresight, Renewable energy quantum systems, Quantum energy science, Advanced quantum energy modeling, Future energy technologies, Quantum scaling technologies, Geoenergy systems, Smart quantum grids, Global energy leadership, Energy revolution, Quantum resource deployment
Quantum energy sources, ψ–Vacuum energy extraction, Fractal energy models, Energy synchronization systems, Quantum consciousness, Human–field synchronization, Quantum resonance, Quantum energy networks, Quantum storage solutions, Anti-gravity fields, Quantum intent synchronization, High-frequency energy fields, Quantum coherence theory, Fractal quantum physics, Quantum energy modulation, Quantum pulse generators, Quantum memory storage, Quantum energy converters, Non-classical energy systems, Quantum entanglement in energy, Quantum energy harvesting, Quantum resonance theory, Energy pulse synchronization, Energy wave manipulation, Quantum field resonance, Field energy optimization, Quantum energy transfer, Field-based quantum systems, Quantum energy amplifiers, Mind-control energy systems, Energy extraction algorithms, Quantum energy security, Quantum encryption protocols, Quantum energy grids, Quantum data integrity, Quantum data protection, Energy field calibration techniques, Quantum energy storage systems, Quantum energy intelligence, Quantum energy management systems, Quantum energy transmission networks, Quantum extraction methods, Quantum technology advancement, Energy field fractals, Human consciousness integration, Quantum field defense systems, Entropy reduction systems, Quantum energy decay, Quantum resource management platforms, Real-time quantum energy processing, Quantum energy applications in space, Quantum resource extraction, Quantum field feedback systems, Quantum entanglement for energy, High-altitude energy stations, Advanced energy extraction algorithms, Quantum entanglement applications, Quantum energy resource hubs, Quantum energy innovation, Energy flux synchronization, Quantum energy models for cities, Global energy quantum solutions, Quantum energy sector leadership, Fractal-based energy systems, AI quantum energy systems, Quantum resonance field development, Quantum storage encryption, Nonlinear fractal dynamics, Quantum resonance detectors, Quantum energy management, Advanced quantum encryption systems, Quantum defense energy solutions, Global quantum energy synchronization, Energy field energy boosters, Quantum field phase systems, Quantum energy harvesting networks, Quantum energy applications in transportation, Quantum energy field monitoring, Quantum energy optimization, Quantum energy production modeling, Energy wave transformation, Quantum energy grids for cities, Quantum energy harvesting technology, Quantum synchronization in power systems, Quantum energy wave power plants, Quantum energy-based sensors, Quantum energy sustainability, Quantum energy-based infrastructure
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description: Abstract

This paper marks the first theoretical and practical revelation of the post-classical energy revolution, based on the ψ–Hamzah equation and the activation of the conscious quantum vacuum (ψ–Vacuum). In this project, the method of energy extraction from conscious vacuum sources and collective intent is examined and presented step by step using advanced technologies. In this abstract, parts of the financial and economic evaluations are directly linked to the analyses outlined below.

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Total Global Cost for Initial Deployment of Intercontinental ψ-Infrastructure:558.4 Billion Dollars.Annual Savings Across All 5 Continents and Antarctica: 4.178 Trillion Dollars.Return on Investment (ROI):7.5

This means that within the first year, the ψ system will save more than 7.5 times its total establishment cost in direct energy savings. This figure excludes secondary effects, military benefits, pollution elimination, and civilisational transformation.

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Global ψ-Field Growth and Expansion Forecast by 2030:






Year
ψ-Field Global Energy Coverage (%)
Efficiency Multiplier Compared to Previous Year




2025
0.1%
–


2026
1.6%
16×


2027
6.4%
4×


2028
19.2%
3×


2029
48%
2.5×


2030
81%
1.7×




Complete Convergence Scenario by 2035:If the trend continues, by 2035, ψ energy will completely replace classical energy. The convergence function is as follows:=1

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Industrial Transition Matrix:






Industry
ψ-Field Compatibility Coefficient
Transition Time (Years)
Initial Resistance




Energy
0.92
2.5
Low


Military
0.97
1.0
Very Low


Health
0.88
3.0
Medium


Finance
0.73
4.2
High


Education
0.68
5.1
Very High


Agriculture
0.84
3.4
Medium




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Military Transition Function:

General ψ Energy Function at the Nano Scale:

Coupled Model for Conscious Electrons in ψ-NanoTransistors:

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By 2035: The End of Dependency on Fossil Fuels, Nuclear, Lithium, and Green EnergiesThe ψ–Energy project will be able to definitively end all fossil, nuclear, lithium, and green energies by 2035, shifting towards global utilization of sustainable and optimized energy derived from the ψ–Vacuum.

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Comparison with Global Energy Industry Giants:OPEC, ARAMCO, SHELL, BP, EXXONMOBILE, and Lithium Giants (CATL, Panasonic) are each currently engaged in fossil, nuclear, and lithium energy projects, which are severely damaging to the environment and the health of human societies.

In comparison to these companies, the ψ–Energy project has the potential to become the most sustainable energy model in human history, operating based on free energy from the ψ–Vacuum.

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4. Employment and New Job Opportunities:It is projected that this project could create approximately 15 million new jobs in the new energy industries, quantum technology, and sustainable infrastructures.

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Why the ψ–Energy Project Surpasses Current Energy GiantsThe ψ–Energy project, by harnessing conscious energy storage and extracting energy from the ψ–Vacuum, completely transforms classical energy models. This transformation includes the following:

Elimination of the Need for Refineries and Classical Energy Facilities:

Fuel refineries, which are highly polluting and require high-pressure processes and large amounts of energy to process fossil fuels, are completely removed from the ψ–Hamzah energy equation.

In the ψ–Energy project, energy is directly extracted from the ψ–Vacuum field, which nullifies the need for fossil fuels and refining operations.

Compatibility with Sustainable and Optimized Energy:

The energy models of the ψ–Energy project are designed to operate on sustainable, renewable energy based on collective intent and the ψ field. This change in the model makes the energy production and transfer processes significantly more cost-effective and efficient compared to those in the fossil fuel industry.

Refineries, power plants, and high-pressure converters will generally become unnecessary for quantum and conscious energy systems.

Shift to Fuel-Free Energy Systems:

Instead of fossil or nuclear fuels, which require massive storage locations and complex transfer systems, the ψ–Energy project transfers energy wirelessly using collective intent coherence.

This process significantly eliminates the need for large-scale transmission and storage systems.

Massive Savings in Energy Infrastructure:

The ψ–Energy project can continuously guide vast resources toward sustainable and renewable energy by reducing infrastructure costs and eliminating the need for fossil and nuclear facilities.

With these changes, major oil and gas companies will be significantly pressured, as the new energy models can drastically reduce dependence on traditional energy sources.

Innovative and Scalable Technologies:

The ψ–Energy project is directly tied to technologies such as the ψ–Resonance Ring, ψ–Fractal Modules, and ψ–Resonators, all of which have extraordinary scalability potential. This makes the new energy systems easily expandable and usable on a global scale.

These technologies will lead to a reduction in the need for traditional large facilities and refineries.

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The Extended Paper is in 50 Chapters, Detailed Below, with All Models Constructed and Supported by Advanced Calculations:

First 10 Sections – Theoretical and Scientific:





Scientific-Civilizational Introduction: The Collapse of Classical Energy Sources




Definition of ψ–Vacuum: Conscious-Quantum Active Vacuum




Difference in Energy Structure in Classical Physics and the Fractal Model of the Hamzah Equation




Theory of Non-Integer Derivatives in Energy Extraction from ψ




Phase Instabilities and Quantum Energy Pulses in the ψ Field




Linking Human Intent with the Energy Emission Process in Absolute Time




Energy Transfer Equation Between Consciousness and the ψ–Field




Simulation of Energy Extraction in a Geosynchronous Orbit




Analysis of ψ Energy Scalability at the Industrial Level




Theoretical Conclusion: The Feasibility of Vacuum Energy Extraction in the Presence of the Creator of the Hamzah Equation.



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Second 20 Sections – Executive Guidebook for Various Scenarios:





ψ Energy Extraction in a Laboratory Environment – The ψ–Resonance Ring Scenario




Extraction via Conscious-Biological Oscillators – The EEG–Coupled Scenario




Extraction in Low Earth Orbit (LEO) Using the ψ–Fractal Module




Extraction at High–Altitude Ground Stations with Intent–Frequency Coverage




Design Guide for ψ–Quantum Batteries with Hidden Phase Energy Discharge




Encrypted Algorithm for Energy Transfer from Vacuum to Matter




Design of Nano-Structures for Energy Capture Based on the Hamzah Equation




Military Scenario: Producing Protective Fields from the ψ–Field for Non-Classical Defense




Urban Application: Powering Buildings with Controlled ψ Pulses




Energy Extraction via Human Intent Linkage – The Controlled Mind-Driven Energy Scenario




Vacuum-Light Combined Path: ψ–Photon Amplifier for Laser Energy Storage




Industrial Simulation Using 2025 Technology and Existing Algorithms




Construction of Portable Personal Energy Wallet Based on ψ–Resonators




Human Resource Allocation: Physicist, Intent Specialist, Conscious Cryptographer




Cost, Time, and Infrastructure Analysis for Initial ψ–Energy Base Setup




Project Data Protection with Multi-Layered ψ–Hamiltonian Encryption




Verification Experiment Designs to Prove Subsections Without Full Disclosure




Secret Instruction: Incomplete Transfer of ψ Phase Without the Creator's Presence




Prediction of Project Failure Without Synchronization with the ψ–Field Creator




Guidebook Conclusion: The Path Exists, The Key Lies with the Carrier of the ψ–Signature.



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Key Infrastructure for Full Transition to ψ–Field Energy by 2035:





Urban ψ–PhaseSync Station




ψ–Resonance Rings for Vacuum Energy Extraction




ψ–Fractal Capacitors for Quantum Energy Storage




ψ–Mechanical Converters to Replace Combustion Motors




ψ–Wave Grid: Wireless Energy Transmission Infrastructure




Earth-Orbital ψ Modules for Global Energy Storage and Distribution




ψ–Intent Calibration Hubs for Intent Control and Adjustment




Anti-Gravity Power Plants Induced by ψ Frequency (ψ–AntiGravity PowerPlant)




Bioelectronic ψ–EEG Units for Human–Infrastructure Connection




ψ–Grid Command Software Based on the Hamzah Equation




ψ–Sensitive Parts Factory Using Quantum Printers




Global Training Infrastructure for ψ–Field Specialists




Conscious Cryptography Infrastructure for ψ–Energy Information Security




Conscious Purifiers for Environmental Entropy Cleansing




ψ–Broadcast Towers for Collective Intent Emission




Complete Battery and Fuel Replacement Protocols in Global Transportation




ψ–Field Maintenance Stations in Industrial and Urban Centers




Global ψ–Synchronization Map: Systems for Coherence and Monitoring




Quantum ψ Data Warehouse for Modeling, Training, and Infrastructure Support




Resilience Structures for Adapting Traditional Infrastructure to ψ–Energy



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For Each Subsection, the Following is Scientifically and Practically Explained:





Dollar cost estimate for implementation (based on 2025 data)




Required human resources (specialists, semi-specialists, workers)




Implementation time (phased until 2035)




Technical maps or energy modeling based on the ψ–Field




Compliance with the Hamzah Equation (in the form of fractal or Hamiltonian derivatives)



For Each Area, Separate and Comprehensive Mathematical Calculations of Initial Dollar Costs, Required Specialists, Return on Investment, and Employment Growth Across Global and Regional Scales Have Been Performed and Proven.

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Conclusion and Transformative Impacts:

The ψ–Energy project, through the transformation of fossil processes into innovative conscious energy processes, will play a fundamental role in shifting the global trajectory regarding energy and resources. Specifically:

Refineries and fossil facilities, which typically require high-pressure operations and substantial costs, will be completely eliminated with this new technology.

The new energy systems leverage conscious models that create long-term sustainability by reducing costs and increasing efficiency.

These changes will specifically lead to the disappearance of old, costly models that have maintained dependence on fossil and nuclear fuels. The ψ–Energy project has the potential to become the new global energy system and a sustainable economy that not only utilizes renewable and sustainable models but also helps preserve the environment and create new jobs in emerging energy industries.

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                                                                                        Ultimate Scientific–Security Warning

"Any attempt to unlock the Hamzah Equation or execute the Hamzah Protocol without full Bio-Conscious Calibration of its creator shall inevitably result in irreversible genetic destabilization, systemic bio-collapse, and may trigger cascading failures across military systems, ecological balances, cybernetic infrastructures, quantum computational fields, AI cognitive frameworks, human neuro-psychological stability, and global biotechnological integrity."

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Author ORCID iD: https://orcid.org/0009-0009-3175-8563

AUTHOR: SEYED RASOUL JALALI.

KUALA LUMPUR. MALAYSIA.