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The Illusion of Touch: Why Atoms Never Truly Contact Each Other | #physics #quantummechanics #electromagnetism #atoms #scienceexplained #touchillusion #scientificfacts #physicsoftouch

The Illusion of Touch: Why Atoms Never Truly Contact Each Other

The Illusion of Touch: Why Atoms Never Truly Contact Each Other

Atoms never truly touch because of electromagnetic repulsion between their electrons. This means that when we feel an object, we are actually sensing the resistance between electron clouds, not physical contact. This blog explores the fascinating physics behind the illusion of touch and it

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Photons in 37 Dimensions: Unveiling New Realms of Quantum Entanglement | #quantumphysics #quantumentanglement #photons #greenbergerhornezeilingerparadox #quantummechanics #scientificbreakthrough #quantumcomputing #multidimensionalphysics

Photons in 37 Dimensions: Unveiling New Realms of Quantum Entanglement

Photons in 37 Dimensions: Unveiling New Realms of Quantum Entanglement

Scientists have achieved a groundbreaking milestone in quantum physics, demonstrating that photons can exist in 37 dimensions simultaneously. This discovery expands our understanding of quantum entanglement, with profound implications for quantum computing, communication, and the very natu

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Quantum Phenomena in Neural Processes: Emerging Theoretical Insights | #quantumneuroscience #neuralsynchronization #quantumentanglement #superradiance #myelinsheath #tryptophannetworks #brainfunction #consciousnessresearch #neuroprotection #quantumbiology #neurologicalresearch #brainhealth #quantummechanics #neuroscience #cognitivescience

Quantum Phenomena in Neural Processes: Emerging Theoretical Insights

Quantum Phenomena in Neural Processes: Emerging Theoretical Insights

Recent theoretical research proposes that quantum entanglement and superradiance within neuronal structures may play a role in neural synchronization and information processing. Studies from 2024 suggest that vibrations in the myelin sheath could generate entangled photons, while networks

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