Juan Du

collaborators

2 papers

cond-mat.supr-con2026

Superconducting $T_{c}$ up to 20.6 K in bulk YSi $_{2}$ and YSi $_{2}$ /Si superlattices due to chemical flattening

Ding-qing Li, Chong Tian, Juan Du +5

Currently, the fundamental building blocks of leading quantum computers are Josephson junctions, whose core is usually the superconducting Al on Si wafers. However, the transition…

cond-mat.supr-con2025

Double-Bridge Mechanism for Enhancing Tc in Oxide Superconductors

Jun-jie Shi, Juan Du, Yao-hui Zhu

We propose a new double-bridge mechanism to significantly enhance $T_{c}$ in ionic oxide superconductors. Based on our recently proposed ionic-bond-driven O/Cu-bridged (bridge-I) pai…

Superconducting Tc​ up to 20.6 K in bulk YSi2​ and YSi2​/Si superlattices due to chemical flattening

Double-Bridge Mechanism for Enhancing Tc in Oxide Superconductors

Superconducting $T_{c}$ up to 20.6 K in bulk YSi $_{2}$ and YSi $_{2}$ /Si superlattices due to chemical flattening