Approximate Unitary n2/3-Designs Give Rise to Quantum Channels with Super Additive Classical Holevo Capacity. - Aditya Nema; Pranab Sen (TQC, 2019)

A multi-sender decoupling theorem and simultaneous decoding for the quantum MAC. - Sayantan Chakraborty 002; Aditya Nema; Pranab Sen (ISIT, 2021)

One-shot inner bounds for sending private classical information over a quantum MAC. - Sayantan Chakraborty 002; Aditya Nema; Pranab Sen (ITW, 2021)

One-shot multi-sender decoupling and simultaneous decoding for the quantum MAC. - Sayantan Chakraborty 002; Aditya Nema; Pranab Sen (CoRR, 2021)

One-shot purity distillation with local noisy operations and one-way classical communication. - Sayantan Chakraborty 002; Aditya Nema; Francesco Buscemi (CoRR, 2022)

Approximate Unitary Designs Give Rise to Quantum Channels With Super Additive Classical Holevo Capacity. - Aditya Nema; Pranab Sen (IEEE Trans. Inf. Theory, 2022)

Generalized resource theory of purity: one-shot purity distillation with local noisy operations and one way classical communication. - Sayantan Chakraborty 002; Aditya Nema; Francesco Buscemi (ISIT, 2023)

Noise is resource-contextual in quantum communication. - Aditya Nema; Ananda G. Maity; Sergii Strelchuk; David Elkouss (CoRR, 2023)

One-Shot Multiple Access Channel Simulation. - Aditya Nema; Sreejith Sreekumar; Mario Berta (ISIT, 2024)

High Probability Decoupling via Approximate Unitary Designs and Efficient Relative Thermalization. - Aditya Nema; Pranab Sen (IEEE Trans. Inf. Theory, 2024)

Novel One-Shot Inner Bounds for Unassisted Fully Quantum Channels via Rate Splitting. - Sayantan Chakraborty 002; Aditya Nema; Pranab Sen (IEEE Trans. Inf. Theory, 2024)

A finite sufficient set of conditions for catalytic majorization. - David Elkouss; Ananda G. Maity; Aditya Nema; Sergii Strelchuk (CoRR, 2025)