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Narcotics

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Addiction cure Your message explores a mix of substances, addiction mechanisms, and the question of whether addiction can be cured. Let’s address each point clearly and scientifically: --- 🧪 1. "Smoking cure is hexane, ethylene alcohol, rehabilitation, every sour thing" — Is this true? Not exactly. Here's a breakdown: Item Comment Hexane ❌ Toxic solvent, not a cure — used in industrial processes, not for human treatment. It can damage the nervous system if inhaled or consumed. Ethylene Alcohol ⚠️ Likely a confusion: You may mean ethanol (found in alcohol) or ethylene glycol (found in antifreeze). Neither is a treatment for addiction — both are dangerous if misused. Rehabilitation ✅ Yes. Rehab programs, therapy, and medical support are the primary treatment paths for smoking and drug addiction. Sour things ⚠️ Not a cure. Some sour foods (like citrus) may help reduce cravings by altering taste receptors, but they don’t cure addiction. --- 💊 2. How Do Opioids Work? ✅ Corre...
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To go in past time machine

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Temporal loops They built a time machine that works! ⏰ Physicists at the University of Queensland have successfully created a quantum time machine that can send information backwards through time, fundamentally challenging our understanding of causality and free will. This controversial breakthrough could revolutionize computing but threatens to unravel the basic fabric of reality as we know it. The device exploits quantum entanglement and closed timelike curves - theoretical pathways through spacetime that loop back on themselves. By manipulating photons in a carefully constructed quantum circuit, researchers can encode information and send it to an earlier point in the experiment. The "time machine" doesn't transport matter, but it successfully transmits data backwards by microseconds, creating genuine temporal paradoxes. What makes this discovery both revolutionary and terrifying is its implications for causality. In successful trials, the system received information a...
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Thermodynamics equilibrium

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RESULT FROM THERMODYNAMIC-EQUILIBRIUM MATHEMATICS (RESULT ONLY) From thermodynamic equilibrium mathematics applied to a pressurized propellant tank, the final results are: The system moves toward a minimum-energy equilibrium state Equilibrium pressure is uniquely fixed by temperature, total mass, and volume Liquid–vapor coexistence causes pressure to be extremely temperature-sensitive A small heat input produces a large rise in equilibrium pressure At equilibrium, vapor pressure dominates tank pressure Cryogenic liquids rapidly shift equilibrium toward vaporization Real-gas effects increase pressure beyond ideal-gas predictions Near design limits, equilibrium becomes metastable There exists a critical equilibrium pressure If equilibrium pressure ≤ structural limit → stable tank If equilibrium pressure > structural limit → no equilibrium possible Loss of equilibrium forces rapid phase change Liquid flashes to vapor to re-establish equilibrium Volume expansion is explosive Explosion i...
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