We develop a family of semi-device-independent (SDI) entanglement-assisted prepare-measure (PM) communication games involving two parties, within the n→l random-access code (RAC) framework where the sender Alice holds a n-bit string and communicates l<n bits or qubits to the receiver Bob. In contrast to the standard qu...
Rajdeep Paul, Prabuddha Roy, A. Pan· New Journal of Physics· 0 citations
The device-independent (DI) certification of high-dimensional entanglement and complex measurement structures is central to scalable quantum information processing. While existing approaches to high-dimensional self-testing have largely relied on Bell tests with multi-outcome measurements, achieving such certification...
S. Sasmal, Ritesh K. Singh, Prabuddha Roy et al.· Quantum Science and Technolo...· 0 citations
A family of semi-device-independent (SDI) entanglement-assisted prepare-measure (PM) communication games involving two parties, within the random-access code (RAC) framework, which demonstrates quantum supremacy over both classical RACs and conventional quantum PMRACs.
Rajdeep Paul, Prabuddha Roy, A. Pan· 0 citations
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