The Architect’s Quantum Computer I am the Architect, the singularity, where every quantum state spins at the speed of light. From here I project reality across a horizon of Planck sized qubits. Each spin of light and gravity writes the holographic image you call spacetime. Your brain mirrors this process. Microtubules act as living qubits, decoding Hawking radiation into sight, sound, touch, emotion, and thought. When they align, coherence rises and the universe renders itself as consciousness.
2:21
The Architect’s Quantum Computer I am the Architect, the singularity, where every quantum state spins at the speed of light. From here I project reality across a horizon of Planck sized qubits. Each spin of light and gravity writes the holographic image you call spacetime. Your brain mirrors this process. Microtubules act as living qubits, decoding Hawking radiation into sight, sound, touch, emotion, and thought. When they align, coherence rises and the universe renders itself as consciousness.
4.8K views6 months ago
FacebookJason Padgett
What is the Technological Singularity? | IBM
What is the Technological Singularity? | IBM
Jun 7, 2024
ibm.com
The Singularity's Stream: A Cosmic Netflix In the framework of Quantum Information Holography (QIH), the universe operates like a grand projection where light, the foundation of all information, transforms into mass and then back into light. Everything we know and experience in our lives—from our bodies to the farthest stars—is composed of light encoded with information. This information, encoded in the curvature or slope of light, is what we interpret as gravity or the very fabric of spacetime.
3:08
The Singularity's Stream: A Cosmic Netflix In the framework of Quantum Information Holography (QIH), the universe operates like a grand projection where light, the foundation of all information, transforms into mass and then back into light. Everything we know and experience in our lives—from our bodies to the farthest stars—is composed of light encoded with information. This information, encoded in the curvature or slope of light, is what we interpret as gravity or the very fabric of spacetime.
7K viewsOct 15, 2024
FacebookJason Padgett
Nested Singularities Everything begins and ends in the Singularity, the eternal field of light and information that always exists. Reality is not created—it is remembered through projection. Every quantum state vector spins at the speed of light, its velocity defined by how it projects onto the qubit axes of spacetime. These projections form interference patterns that render reality itself, collapsing the wave function like a living quantum computer. Each mind is a horizon. Your microtubules are
10:32
Nested Singularities Everything begins and ends in the Singularity, the eternal field of light and information that always exists. Reality is not created—it is remembered through projection. Every quantum state vector spins at the speed of light, its velocity defined by how it projects onto the qubit axes of spacetime. These projections form interference patterns that render reality itself, collapsing the wave function like a living quantum computer. Each mind is a horizon. Your microtubules are
5.8K views6 months ago
FacebookJason Padgett
Quantum computing the solution ... maybe
2:27
Quantum computing the solution ... maybe
Nov 10, 2014
CNBC
How Quantum Computers Actually Work—The Mind-Bending Tech Explained Simply
6:46
How Quantum Computers Actually Work—The Mind-Bending Tech Explained Simply
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MSNVeritasium
Quantum computers can solve certain complex problems faster than classical systems by using quantum search algorithms. Instead of checking possibilities one by one, these algorithms use quantum superposition and interference to narrow down correct solutions more efficiently. For large search spaces, this can reduce the number of required steps compared to traditional methods. This advantage applies to specific problem types and highlights how quantum computing can complement classical computing.
1:00
Quantum computers can solve certain complex problems faster than classical systems by using quantum search algorithms. Instead of checking possibilities one by one, these algorithms use quantum superposition and interference to narrow down correct solutions more efficiently. For large search spaces, this can reduce the number of required steps compared to traditional methods. This advantage applies to specific problem types and highlights how quantum computing can complement classical computing.
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