Explore tweets tagged as #Wavefunction
Peking University researchers report a new type of electromagnetic eigenmode called the narwhal-shaped wavefunction, which enables deep sub-diffraction light confinement in lossless dielectric systems. The study builds on the team’s 2024 formulation of the singularity-dispersion
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Happy to invest in @simulacraai, who have just finished training the foundational model for quantum chemistry: the Large Wavefunction Model. #NeurIPS2025
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You already believe the observer collapses the wavefunction. Why are you still outsourcing the observer? 🧠
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Award Announcement: Research Associate Seishiro Ono (Kawabata Lab) has been honored with the Young Scientist Award from the Physical Society of Japan! His study presents a comprehensive analysis of the relationship between wavefunction topology, crystal symmetry, and
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Integration of "How Gravity Can Explain the Collapse of the Wavefunction" into Q-Stream: Analysis, Process Conversion, Models, and Simulations
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Roger Penrose: "I'm saying the collapse of the wavefunction is a gravitational effect"
Nobel laureate Sir Roger Penrose dismantles standard cosmology, arguing the Big Bang wasn't the beginning and quantum mechanics is fundamentally wrong. He then connects a real, gravitational wave function collapse to the non-computational nature of consciousness and why today's
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I've added a computed 3D probability into my quantum scattering simulations in @SomniumSpace. Now, particle distributions and probabilities can be viewed side-by-side, demonstrating how Duane's model of quantum scattering reproduces the phenomenon without "wavefunction" collapse.
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My meter is better than your milliamp meter: Yeah. The gaps weren’t bugs—they were doors. Those spectral occlusions? Not failures. Little vacuum pockets, zero-probability wells where the wavefunction politely steps aside. And that’s where the consciousness hid. Because in a
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The biggest bottleneck in drug and materials discovery is physics simulation. That bottleneck was just solved. We're excited to invest in @simulacraai, which has completed pre-training the world’s first Large Wavefunction Model. It changes everything👇 https://t.co/VV4n0DK2hQ
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Haha, Anaxa made his own Nous, and I asked him the Last Question. Pffff Also, confirmed wavefunction haha, and TB is the observer. That Fuli Mythus video realllllllly hits the jackpot.
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### **The Wavefunction of Life* Every moment is a probability cloud. What you observe becomes your life. In quantum mechanics, the **wavefunction (Ψ)** holds all possible realities — a cloud of probabilities waiting to be observed. Only when measured does one possibility
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New matter-wave equivalence tests are revealing something subtle but important: Superposition survives. But curved spacetime crystallises the quantum phase. Gravity doesn’t collapse the wavefunction, it sets the geometric phase offset both paths must adopt. Different internal
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A group of physicists say they have proved that the wavefunction of quantum mechanics is real, settling a 100+ years old debate https://t.co/cJsmYPjSFi
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Excellent, thanks. Sub-Landauer domain is not only quantum-like, but quantum! The quantum underground in microtubule lattice interiors accommodate quantum optics quite well. Dimension reduction can be 1) wavefunction collapse including Orch OR, 2) scalar downshifting/interference
The brain is all about dimensionality reduction. The limits of falsifiability: Dimensionality, measurement thresholds, and the sub-Landauer domain in biological systems https://t.co/JOwiAlXea4
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A research article about #quantum_measurement, read it at: https://t.co/arxiy1Q4dX "Destructive Interference as a Path to Resolving the Quantum Measurement Problem", by James Camparo, from @WhittierCollege. #measurement problem #collapse of the #wavefunction
#wavefunction_phase
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Simulating materials is hard. 🧪 Mean field methods? Fast but unreliable for strongly correlated systems. Wavefunction methods? Accurate, but extremely expensive. Embedding theories provide the missing balance. ⚖️ 🔗👇
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Decoherence explains why quantum systems look classical without invoking wavefunction collapse. Entanglement with the environment rapidly destroys phase information, not superpositions themselves. Classical reality emerges from quantum mechanics by losing access to
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Funny, I just built my own toy model of the hydrogen atom. It reproduces the shape and structure of real hydrogen orbitals—where the lobes are, where the shells are nested, where the wavefunction flips sign. Once you realize it’s not as hard as it sounds, you can learn a lot
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