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Causal Latency Theory: Solving the Glitchy Universe
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Experimental Synthetic Podcast,
based on papers P1-P12,
"Causal Field Theory" book manuscript,
and CLT proto-theory lectures scripts,
(synthesis made with Google notebooklm)

For overview of the papers, check
https://causal-latency-theory.openres...
or their preprint locations bellow.
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The "Frame Rate" of Reality. Physics has spent a century trying to reconcile the "weirdness" of the very small (Quantum Mechanics) with the "curves" of the very heavy (General Relativity). Causal Latency Theory (CLT) suggests the weirdness isn't magic—it’s lag.
In this episode, we explore the revolutionary framework by Daniel Sandner that treats the vacuum not as empty space, but as a relational information network with a finite refresh rate (the Planck frequency) and a pixel size (the holographic grain).
In this video, we cover:
• Quantum Uncertainty as Buffer Bloat: Why fuzziness is just the system struggling to process data faster than its bandwidth allows.
• Gravity as a Traffic Jam: How massive objects "clog" the network, creating latency that we perceive as time dilation and gravitational attraction.
• Matter as a Verb: Discover the "Causal Knot"—how particles are actually self-reinforcing information loops (standing waves) in pure time.
• Interstellar Surfing: How objects like 'Oumuamua might be using the Sun's "vacuum wake" to accelerate without rockets.
• The Holographic Mind: Why life and consciousness might be using "topological shortcuts" on the cosmic boundary to solve impossible biological problems like protein folding.

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Key Content Highlights
1. The Lagging Computer Metaphor
• The System: The universe is a computer where the hardware is the Causal Horizon and 3D space is merely the "User Interface".
• The Glitch: The "Vacuum Catastrophe"—where standard physics is wrong by a factor of 10
120
—is solved when you count bits on the 2D boundary instead of the 3D volume.
2. Solving Cosmic Mysteries
• The Hubble Tension: It’s an optical illusion. We are looking at the early universe through a "thick" vacuum that had a higher refractive index, making it appear to expand at a different rate.
• Coronal Heating: The Sun’s atmosphere is millions of degrees hotter than its surface because waves interact against the sharp refractive wall of the vacuum, generating Causal Friction.
3. The Metric Age (Future Tech)
• Vacuum Shielding: We can potentially save quantum computers from decoherence by creating "Metric Faraday Cages" that decouple qubits from the noise of the universe.
• Antimatter Factories: Instead of smashing atoms, we can form the vacuum at its resonance frequency (Zitterbewegung) to generate electron-positron pairs exponentially.

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The Causal Latency Series: Primary Research Papers
I include these links in the description so viewers can dive into the technical derivations.
1. [P2] Gravitational Radiation as Causal Hysteresis: Deriving Orbital Decay, Structure Formation, and Anomalous Acceleration from Finite Information Latency (Deriving orbital decay and 'Oumuamua’s acceleration). Zenodo Link https://doi.org/10.5281/zenodo.17794433
2. [P3] Causal Phase Conjugation: A Kinematic Derivation of Antimatter, Mass Quantization, and Vacuum Engineering from Time-Symmetric Causality (The kinematic origin of mass, antimatter, and vacuum engineering). Zenodo Link https://doi.org/10.5281/zenodo.17841665
3. [P4] Thermodynamics of Causal Information: Resolving the Solar Coronal Heating Paradox via Refractive Impedance Friction (Solving the Solar Coronal Heating Paradox and layering). Zenodo Link https://doi.org/10.5281/zenodo.17872212
4. [P6] The Causal Horizon in Causal Latency Theory: Unifying the CMB, Hubble Tension, and JWST Anomalies. Zenodo Link https://doi.org/10.5281/zenodo.17964740
5. [P7] The Topology of Mass: Knot Geometry and Lepton-Meson Hierarchies in Causal Latency Theory (Why the Muon is 207x heavier than the electron, Knot Geometry). Zenodo Link https://doi.org/10.5281/zenodo.17844205
6. [P10] Causal Field Theory: Vacuum Vorticity, Natural Renormalization, and the Coriolis-Casimir Effect. Zenodo Link https://doi.org/10.5281/zenodo.18043130
7. [P11] Causal Information Theory: Resolving the EPR Paradox and Bell's Inequality via Holographic Boundary Conditions (Holographic Solutions for Trivial Quantum Systems). Zenodo Link https://doi.org/10.5281/zenodo.18046615
8. [P12] Hyper-Holography: Dimensional Complexity and Biological Coherence via Nested Causal Topologies. Zenodo Link https://doi.org/10.5281/zenodo.18046839