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At the heart of quantum mechanics lies superposition—a phenomenon where particles exist not in single definite states, but in a coherent blend of multiple possibilities simultaneously. This foundational principle distinguishes…

At the heart of quantum mechanics lies superposition—a phenomenon where particles exist not in single definite states, but in a coherent blend of multiple possibilities simultaneously. This foundational principle distinguishes…

At the heart of quantum mechanics lies superposition—a phenomenon where particles exist not in single definite states, but in a coherent blend of multiple possibilities simultaneously. This foundational principle distinguishes…

At the heart of quantum mechanics lies superposition—a phenomenon where particles exist not in single definite states, but in a coherent blend of multiple possibilities simultaneously. This foundational principle distinguishes…

At the heart of quantum mechanics lies superposition—a phenomenon where particles exist not in single definite states, but in a coherent blend of multiple possibilities simultaneously. This foundational principle distinguishes…

At the heart of quantum mechanics lies superposition—a phenomenon where particles exist not in single definite states, but in a coherent blend of multiple possibilities simultaneously. This foundational principle distinguishes…