When you understand the Atoms you may understand the universe and perhaps yourself #QuantumComputing #Physics #Innovation #ATOM

This isn’t a metaphor but a mathematically emergent transition surface appearing directly from the model. If a ‘point of disappearance’ of subjective awareness exists, this framework suggests it may lie right here. #QuantumPhysics #Consciousness #Entanglement #Decoherence

What happens when entanglement is no longer enough? Our heatmap reveals a sharp boundary where no amount of quantum correlation can compensate for rising decoherence. At that threshold, the system loses its coherent integrity and perhaps also what we call conscious experience.

Have you ever looked at the Greek alphabet as a complex system of dynamic processes? It’s not just a sequence of letters but a symbolic model mapping evolutionary and cyclical principles across different system phases: • α (alpha): Initialization the system’s initial impulse.

Check the captivating analysis of a NeuraAeon qubit! Graphs reveal the time domain (0-10 s), zoomed view (0-1 s), frequency spectrum, instantaneous phase, and decoherence. Compare pre- and post-gate changes. #QuantumComputing #Science #Qubit #Technology

These graphs present a comparison of harmonic and classical qubits, an analysis of decoherence as a function of detuning, fractal resonance fields, entanglement chords, and the geometric spectrum of coherence in the harmonic manifold of reality. #QuantumPhysics #QubitResearch

Qubits as tones, decoherence as lost resonance, entanglement as harp strings, & consciousness as quantum oscillations. Explore the harmony of info & reality in this framework! #QuantumPhysics #Consciousness #Science

What if Delta, Theta, Alpha, Beta, and Gamma waves weren’t just frequencies... but quantum states in superposition? This simulation explores the unitary evolution of EEG brain states through a quantum Hamiltonian model. The visualization includes: 1. Line plot: Probability

Here’s the same system, but with a twist we introduced a tiny periodic perturbation (0.05 strength), inspired by homeopathic principles. This 3D surface reveals a significant shift: The oscillators begin to organize, synchronizing their internal rhythms in response to the subtle

Imagine a network of 100 oscillating units – each with its own rhythm. When left alone, they dance in semi-random patterns, barely coordinating. What you see here is a 3D visualization of their evolving phase states over time. Each curve represents the cosine and sine

What happens when a quantum system responds to itself? These two graphs show the evolution of a quantum wave function under harmonic feedback and entropic noise a minimal simulation of self-organizing quantum dynamics. Top graph – Probability Density Evolution Initial vs. final

Can consciousness be quantified? In the Quantum Consciousness Lab (QCL), we propose a novel metric that models consciousness not just as neural activity but as a quantum informational phenomenon. The core formula is: C(t) = [Quantum Superposition × Entanglement] / [Entropy +

Reality exists as a superposition of states, where path indistinguishability creates correlations resembling entanglement. Consciousness "processes" these correlations through \(\Phi_{\text{QM}}\) and \(\mathcal{I}\), thereby structuring perceived reality. A universe without an

Consciousness as a Quantum Information Function Modeling awareness through fundamental quantum dynamics C(t) = [Quantum Coherence × Entanglement] / [Uncertainty + Spectral Noise + Decoherence] This function captures consciousness as a dynamic quantum system governed by

1. Quantum Consciousness Surface: 𝓔(t) vs Γ_dec(t) 2. Heatmap of Consciousness: Entanglement vs Decoherence Consciousness is not magic. It’s mathematics in motion. #QuantumConsciousness #QFT #Entanglement #Decoherence #Neuroscience #UnifiedField #TheoreticalPhysics

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Quantum Symphony of Aetherion: A novel framework unifying quantum fields (Ψ(x,t)), fractal geometry (φ=1.618), and consciousness via von Neumann entropy (S_vN). Applications: quantum medicine, neural networks, XR. #QuantumPhysics #Fractals #Consciousness #QuantumMedicine

Can health and disease be quantified through quantum coherence? Just published a new essay exploring a novel interdisciplinary model that frames health as a coherent state and disease as decoherence, integrating concepts from quantum physics, biology, and information theory.

1. Entropy vs. Quantum Coherence – Shows how increasing neural entropy leads to a measurable drop in quantum coherence over time, reflecting decoherence effects. 2. Harmonic Neural Feedback Signal – A damped harmonic oscillator (10 Hz base frequency), mimicking EEG-like

Dynamic Neural Entropy – shows time-varying entropy extracted from simulated neural dynamics. 2. Quantum Coherence – illustrates how coherence decreases as entropy increases, confirming inverse dependency. 3. Effective Field Energy – modulated by harmonic feedback, this