A long-term scientific initiative exploring whether large-scale human synchronization can produce measurable correlations in physical systems.
GCE operates as an open experimental platform designed to:
Conduct repeatable, time-synchronized global experiments
Measure physical micro-stability in controlled systems
Share all datasets for independent verification
Its sole commitment is to reproducibility.
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WHAT WE DO
We conduct large-scale, time-synchronized human thought experiments.
The objective is to explore whether coordinated human thoughts and synchronized attention can correlate with measurable physical variation under controlled conditions.
Current scientific models do not describe all aspects of physical reality with precision. This project investigates whether large-scale synchronization may reveal additional measurable patterns not yet fully understood.
In other words, we try to answer the question of what we are really capable of when we act as a synchronized unit.
CORE ACTIVITY
Determine whether coordinated human intention can correlate with measurable physical variation under controlled conditions.
WHAT IS BEING MEASURED
High-resolution temperature systems
Optical interference stability
Statistical aggregation
Environmental variation
STRUCTURE OF THE EXPERIMENT
Baseline Phase
Activation Window
Stabilization Phase
Blind Analysis
Raw datasetsMethodology documentationStatistical summariesReplication kits
Everything is designed to be verifiable or falsifiable.
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HOW TO PARTICIPATE
Anyone can participate. General public or broadcaster. No training is required.
PARTICIPATION
Sit quietly
Focus attention neutrally
Direct awareness toward the announced target
DURATION
To be determined.
Ramp-in + synchronization + ramp-out.
WHAT IS NOT COLLECTED
Personal data
Emotional states
Psychological profiles
Biometric data
WHY PARTICIPATION MATTERS
The experiment does not rely on intensity. It relies on synchronization.
Participation is anonymous.
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DATES
The experiment operates under adaptive systemic readiness.
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PHASE 0 - PREPARATION
Infrastructure development
Calibration
Protocol validation
Network formation
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PHASE 1 - GLOBAL SYNCHRONIZATION WINDOW
Activation pending conditions.
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PRINCIPLE
This experiment does not measure time.
It measures conditions.
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DATA
All data is measured, processed, and analyzed using rigorous scientific methods.
DATA QUALITY & INTEGRITY
Time-stamped
Automatically validated
Continuously monitored
Stored securely
OPEN & TRANSPARENT
Public datasets
Reproducible methods
Independent verification
PRINCIPLE
Data is a tool, not a belief.
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STATUS
Current state: preparation.
All systems are being validated.
JOIN THE NEXT SESSION
You are now part of the synchronization network.
Session updates and countdown windows will be sent by email.
BE A BROADCASTER
Help transmit the first synchronized global session across the world.
Broadcasters are independent participants who choose to share, stream, amplify, or coordinate the first Global Consciousness Experiment session in the history of humanity through their own platforms and communities.
Participation is open and voluntary.
AFTER REGISTRATION
Synchronization announcements
Countdown windows
Optional visual assets
Pulse packets
Session updates
Experimental broadcast materials
PRINCIPLE
This experiment does not rely on centralized transmission.
It relies on synchronized distributed participation.
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THEGCE.ORG
Infrastructure for synchronized global experimentation under structural coherence.
By humans, for a synchronized and coherent humanity.
Physics describes how things change, yet it never tells us why anything persists at all.
Not everything that appears remains.
For 15 years, at UQCFT we studied consciousness.
We use consciousness to unify General Relativity and Quantum Mechanics.
From this, a path toward unifying QM and GR begins to reveal itself.
UQCFT emerges as a meta-architecture of the universe - not an ordinary theory, or even a theory of everything.
A theory of everything attempts to describe particles, forces, and dynamics within physics. UQCFT asks and answers a different kind of question: what makes it possible for any law, structure, field, or system to exist and persist at all?
To exist is not assumed. It is constrained. Only the process is fundamental.
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FRAMEWORK
The structure can be expressed at different levels of resolution.
Φ → Ac → 𝒞 → E
Φ → Ac → 𝒞 → Ω
Condensed Expression
E = 𝒞[Ac(Φ)]
What is reality?What makes reality possible?
What is the universe made of?What configurations reach ontological viability?
What governs nature?What makes stable laws possible?
What is space-time?Under what conditions does space-time emerge?
What is consciousness?When does the universal cycle reach self-reference?
Why does anything exist at all?What makes existence ontologically viable?
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PATCHES IN SCIENCE
Modern physics introduced extensions to preserve consistency between theory and observation. Their accumulation is treated here as a structural signal.
ConceptPeriodProblem AddressedNature
Cosmological Constant1917 / 1998Global structure and accelerated expansionGeometric adjustment
Wave Function Collapse1920s-1930sDefinite outcome in quantum measurementInterpretive postulate
Dark Matter1930s-1970sRotation curves and missing massUnobserved entity
Renormalization1940sControl of infinities in QFTMathematical technique
Many-Worlds Interpretation1957Measurement problem and unitarityInterpretive extension
Supersymmetry1970sHierarchy problem and Higgs stabilityTheoretical extension
Cosmic Inflation1980Homogeneity, isotropy and flatnessCosmological hypothesis
String Theory1970s-presentUnification of gravity and quantum theoryTheoretical program
Dark Energy1998Accelerated expansion of the universeCosmological entity
String Landscape2000sMultiplicity of solutionsTheoretical extension
Within UQCFT, this accumulation indicates the search for a deeper criterion capable of determining why certain configurations remain stable, observable, and physically viable.
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DOMAINS
The same structure applies across domains. Only one is currently accessible.