Kai Chang Lab
Low-Dimensional Quantum Materials - BAQIS
News
- Our team has revealed atomic-step-induced anisotropic strain in the study of moiré superlattices. 24-06-2026
- New Progress Achieved in Intrinsic Superconductivity Modulation of FeTe Thin Films 28-05-2026
- Superconducting Quantum Phase Transition Research Breakthrough Achieved by Our Team and Collaborators 13-05-2026
- Bosonic Superconductor-Insulator Transition in Nickel-Based Superconducting Devices in Collaboration 04-02-2026
- Our Team Reveals Surface Diffusion Mechanism in SnTe-PbTe Monolayer Lateral Heterostructures 01-22-2026
- New Progress in Mesoscopic Transport Studies of Quantum Anomalous Hall Insulators 30-12-2025
- Our Team Achieves Valley-Selective Transmission in Ultra-Narrow Planar Heterojunctions 12-12-2025
- New Progress in Electronic Nematic Phase Research in FeSe Thin Films 12-11-2025
- Our Team and Collaborators Make New Advances in Strain Engineering of Multiferroic Thin Films 29-03-2025
- Switchable Control of Nonlinear Optical Chirality Realized by Our Team and Partners 24-12-2024
- New Advances in 2D Ferroelectric Thin Film Research 10-09-2024
- Atomic-Defect-Free ‘Nanowelding’ Technique Achieved for 2D Semiconductors 09-07-2024
- Progress Achieved in Quantum Anomalous Hall Effect Research 13-05-2024
- New Advances in Magnetoelectric Coupling Effects of Low-Dimensional Materials 28-04-2023
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