Quantum for 6G communication: A perspective

Patient-Provider Interaction: A Communication Accommodation Theory Perspective

This paper critically reviews studies that have interpretively invoked communication accommodation theory (CAT) for the study of patient-provider interaction. CAT’s sociolinguistic strategies—approximation, interpretability, interpersonal control, discourse management, and emotional expression—are succinctly introduced and their use in studies of patient-provider interaction discussed. The majo...

Quantum Physics: A Case for Anti-Realism?

Communication and Control for Quantum Circuits Communication and Control for Quantum Circuits Communication and Control for Quantum Circuits

Communication and Control for Quantum Circuits by Yatish Patel Doctor of Philosophy in Computer Science University of California, Berkeley Professor John Kubiatowicz, Chair Quantum computers will potentially be able to solve certain classes of problems more efficiently than possible on a classical computer. Due to the fragility of quantum data, a large scale quantum computer will require a robu...

Quantum Entanglement as a resource for Quantum Communication

Man has always been discovering and inventing things to make many of his tasks in life simpler. Computation is one such task that the human race has actively pursued over the past few years to solve many problems that occur in real life. Over the past few decades there has been a phenomenal progress in the power of computational devices using silicon based integrated circuits. This extraordinar...

Experimental quantum error rejection for quantum communication.

We report an experimental demonstration of a bit-flip error-rejection protocol for error-reduced transfer of quantum information through a noisy quantum channel. In the experiment, an unknown state to be transmitted is encoded into a two-photon entangled state, which is then sent through an engineered noisy quantum channel. At the final stage, the unknown state is decoded by a parity measuremen...