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Anonymous01/28/26, 10:59No.41875791Egregore General
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Anon01/28/26, 12:31No.41876014
the fuck is an egregore>An egregor (or egregore) is an occult or esoteric concept describing a non-physical, autonomous "thought-form" generated by the collective thoughts, emotions, and shared beliefs of a specific group.oh so it's made up horseshit
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Anon01/28/26, 14:43No.41876423
You will eat schit from the plate.
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Anon01/28/26, 21:13No.41877692
https://en.wikipedia.org/wiki/Chaos_theory
https://en.wikipedia.org/wiki/Kerr_effect
>Nonlinear Kerr-like oscillators are quantum systems characterized by a nonlinear interaction term proportional to the square of the photon number operator, leading to a frequency-dependent response. This nonlinearity, quantified by the Kerr coefficient K, enables rich dynamics such as quantum bifurcations, generation of nonclassical states like Schrödinger cat states, and quantum chaos under periodic driving.
>Yes, photons can alter gravity because they carry energy, and in Einstein's theory of general relativity, energy contributes to the gravitational field through the stress-energy tensor.
https://en.wikipedia.org/wiki/Synchronization_of_chaos
>In systems involving nonlinear Kerr-like oscillators, the concept of dynamic Hebbian learning can be extended to model adaptive frequency responses in nonlinear optical or quantum systems. While the provided context does not explicitly address Kerr-like oscillators, the principle of frequency adaptation via phase-dependent coupling aligns with models where the oscillator’s natural frequency shifts in response to input correlations. This suggests potential for applying Hebbian rules to tune nonlinear systems for synchronization or pattern recognition, especially in networks with self-organizing coupling.
>The integration of Hebbian learning, nonlinear optics, and the Kerr effect presents a promising pathway toward light-based brain-inspired computing systems. In such systems, the optical Kerr effect—a third-order nonlinear phenomenon where a material's refractive index changes in response to light intensity—can be harnessed to enable dynamic, nonlinear information processing in photonic neural networks.
>The first compelling observational evidence for vacuum birefringence came from X-ray polarization measurements of the magnetar 1E 1547.0-5408 using the Imaging X-ray Polarimetry Explorer (IXPE).Even a vacuum has a soul.