Bart0marcel

A minimalist mathematical framework for interacting with any LLM reducing interpretive bias, maximizing structural clarity, and enabling deeper exploration, personal insight, and alignment. #PlateauDefinition #QuantumPhysics #Mathematicians #PromptEngineering

it’s insane we just live with the fact that we are the only advanced civilization among billions of stars we can observe in our universe what a crazy miracle earth seems to be

how a physicist sees the world

@elonmusk Don't Miss Out😉👇 What Causes LLM Hallucinations and How to Stop Them (Low Drift). youtube.com/shorts/0JvfVem…

I had dinner once with a top physicist and a top computer scientist and asked what they thought the probability was that we were in a simulation. They answered simultaneously at 0% and 100% respectively. It was like a double-slit experiment, but with humans.

@elonmusk Sounds like that convo was in superpossition and Epestemic doubt 👇 Meta-Stability & the Quantum Measurement Problem — Explained in 3 Minutes (solved) youtube.com/shorts/mObQXiD…

@QuoteNietzsche Kopenhagen interpretation 🫡 Where uncertainty became accepted instead of resolved. Agreement replaced explanation.👇 The Quantum Measurement Problem — Solved and Explained in 3 Minutes #QuantumPhysics youtube.com/shorts/0v2Yz_z…

What is the truth, but a lie agreed upon.

@Shivajisalve77 🕙The Stability Paradigm | Why Observation Creates Structure #observereffect youtube.com/shorts/6FqL5YY…

@PhilosophyOfPhy The Quantum Measurement Problem — Solved and Explained in 3 Minutes #MetaStability youtube.com/shorts/0v2Yz_z…

Quantum Immortality is a mind-bending thought experiment based on the Many-Worlds Interpretation of quantum mechanics. It suggests that from your own subjective perspective, you can never experience your own non-existence. You cannot "experience" the branch where you are dead. Therefore, your consciousness must always follow the branch where you survived.

@philosophymeme0 Recommended short 👉The Quantum Measurement Problem — Solved and Explained in 3 Minutes (Meta-Stability) youtube.com/shorts/0v2Yz_z…

@PhilosophyOnX A diffrent view point 👀🕓Schrödinger’s Cat and Epistemic Doubt youtube.com/shorts/F0MOzXt…

If you would be a real seeker after truth, it is necessary that at least once in your life you doubt, as far as possible, all things. Rene Descartes

@pascalkwanten The Quantum Measurement Problem — Solved and Explained in 3 Minutes (Meta-Stability)✌️ youtube.com/shorts/0v2Yz_z…

💡Understanding Heisenberg's 'Magical' Paper of July 1925: a New Look at the Calculational Details arxiv.org/abs/quant-ph/0… 👉"On the quantum reinterpretation of kinematical and mechanical relationships", by Werner Heisenberg, (July 29th, 1925) share.google/xcPLiZYDu3mKRd…

@oprydai Still missing somthing… 👇 The Quantum Measurement Problem — Solved in 3 Minutes (Meta-Stability) #quantumphysicsexplained youtube.com/shorts/0v2Yz_z…

the Kalman Filter estimates the true state of a system from noisy measurements. it works by combining two things: • a model of how the system evolves • imperfect sensor readings it runs in a loop with two steps. 1. predict use the system model to estimate the next state. this gives a predicted state and uncertainty. 2. update take a measurement. compare it to the prediction. correct the estimate. the correction is weighted by the Kalman Gain: • trust the model more → small correction • trust the sensor more → large correction uncertainty is tracked using the Covariance Matrix. over time, the estimate converges. noise gets filtered out. the true state emerges. used in: • robotics localization • self-driving cars • drones and flight control • GPS tracking • sensor fusion it is a recursive system that continuously refines its belief about reality under uncertainty.

@sadhavi Repost ✌️ and dont be lazy 😬 👇 Meta-Stability | The Quantum Measurement Problem solved and explained in 3min youtube.com/shorts/0v2Yz_z…

AI could free humans from mechanical cognition, but only if humans rise to higher cognition. So the risk is not AI. It’s human laziness.

@DiracGhost Quantum Paradox Explained |Schrödinger’s Cat and Epistemic Doubt #schrödingerscat youtube.com/shorts/P6fqyPV…

Really hard to find any lectures on quantum information theory, but I stumbled upon this really nice course given by Ninnat Dangniam from Naresuan University (IF) 🇹🇭 (in English, of course) Plenty of nice lectures on physics topics as well on the channel 🔗👇👇

@PhilosophyOfPhy Quantum Paradox Explained |Schrödinger’s Cat and Epistemic Doubt #schrödingerscat youtube.com/shorts/P6fqyPV…

Equations describe reality, but curiosity discovers it.

@PhilosophyOnX Each one of us has a chance of being part of the soul of the universe… 🫵 😬 transition is not guaranteed 👇 Quantum Mechanics’ Missing Stability Criterion — Explained in 90 Seconds youtube.com/shorts/kPR6dSk…

Each one of us is part of the soul of the universe Plotinus

@0ccultbot 😱😱 Unlock the Plateau Code🫥 youtube.com/shorts/V-vo38s…

Satanism teaches that the highest authority is Self.

@thematrixwizard Unlock the Plateau Code | The Structure Hiding in Every System #physics youtube.com/shorts/V-vo38s…

@NightSkyNow From Quantum Mystery to Structure | part 3 |Understanding the Observer Effect youtu.be/xDPD617T5Uw

🚨 In the strange and fascinating world of quantum physics, there exists a phenomenon so mysterious that even Einstein called it “spooky action at a distance.” It’s known as quantum entanglement, and it links particles together in a way that defies space, time, and all known laws of communication. When two particles become entangled, they share a quantum state—meaning what happens to one instantly affects the other, no matter how far apart they are. You could separate them by galaxies, and still, a change in one would mirror in the other immediately. No signal travels between them, and no measurable delay occurs. It’s as if the universe itself bends to keep them connected. Scientists have confirmed this effect through countless experiments, proving that reality operates on levels far beyond what our senses can grasp. Quantum entanglement isn’t just a theoretical wonder; it’s now being used to shape future technologies—from unbreakable quantum encryption to faster-than-light communication research and revolutionary computing systems. What’s truly astonishing is the implication: everything in the universe might once have been entangled during the Big Bang, suggesting that distant corners of space could still be subtly linked through hidden quantum threads. Entanglement challenges our understanding of distance, time, and individuality. It reminds us that separation might only be an illusion—and that the universe, at its deepest level, moves as one.