BGI Achieves Major Breakthrough in Layer-Controlled Growth of Graphene Films
Two-dimensional (2D) van der Waals materials with atomic-layer thickness exhibit layer-dependent quantum properties and have attracted widespread attention. Among them, bilayer and few-layer graphe...
Breakthrough in Ultra-Flat Copper Substrate Enables High-Quality Graphene Epitaxy
Background Heteroepitaxy is a cornerstone of modern semiconductor technology. Its success relies heavily on high-quality epitaxial layer growth on single-crystal substrates with matched lattice s...
With the rapid development of next-generation technologies such as 5G communications, artificial intelligence (AI), and high-performance computing (HPC), electronic devices are experiencing a subst...
Prof. Yoana Pérez Badell from University of Havana Shares Insights on Photovoltaic Materials
On April 28, the 13th session of the “BGI Grand Lecture Series” was held at the Jinxin Hall. This session featured a distinguished guest speaker—Prof. Yoana Pérez Badell, Professor and Vice Dean of...
Facing Extreme Weather: How Graphene Is Becoming a New Force for Wind and Disaster Protection
Starting today (April 11), a strong cold front is sweeping across central and eastern China, bringing complex and challenging weather. Northern regions are expected to experience widespread strong ...
High-quality wafer-scale graphene is foundational for the development of next-generation optoelectronic devices. While large-area, wrinkle-free single-crystal graphene films have already been succe...
On March 21, Prof. Liu Zhongfan, Director of the Beijing Graphene Institute and a leading figure in graphene research, delivered an inspiring lecture titled “Liu Yan Fei Yu: Starting from the ABCs ...
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