Abstract
Quantum three box paradox is one of the key dynamical mysteries of the quantum evolution explored through Two-State Vector Formalism (TSVF) of the quantum theory in conjunction with the weak measurements. The paradox further deepens the notation of quantum reality while highlighting the strange and counterintutive traits of the quantum unitary evolution in-between two strong measurements. We present an experimentally feasible protocol for implementing the paradox through internal states of a three-level ladder atomic system. The techniques invoked here are all state of the art cavity QED tools and the suggested schematics can be executed practically with good overall results.
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