JOJMS HomeReview Article September 28, 2026
Unified Diamond Hydride (UDH): a Co-Designed Lithium–Boron–Carbon–Nitrogen Framework with a Compressed Hydrogen Sublattice for Ambient-Pressure High-Temperature Superconductivity
Giustino Travaglini*
JOJ Material Science is a multidisciplinary open access, peer reviewed Journal that accomplishes in all aspects of new materials & their advancements. Material Science is a versatile subject, spanning the physics, engineering applications, chemistry of matter and industrial manufacturing processes. The theory behind the material science involves discovering and designing new materials, analyzing their properties and structure. It is also vital for developments in nanotechnology, quantum computing and nuclear fusion, as well as medical technologies such as bone replacement materials. This platform provides a global stage for material scientists aim to publish full-length papers, Short Communications, Reviews, Original research results on ceramics, metals, polymers, Semiconductors, Composites, etc.
Giustino Travaglini*
Sara Margala, Jase Nosal, and Nina Abramzon*
M. Sc. Dzubiella-Fett Laura, THM Mr. Pfeil, Lothar THM, Mr. Moritz Rädel and THM Prof. Dr.-Ing. Jörg Gollnick*
R Ahmad*, A S A Safuan and Leong Chao Ming
Rabiu Ahmad Abubakar*, Adamu Dahiru, Zaid Abba Jakada, Ibrahim Haladu, Abdulrazak Da’u, Sani Umar Haruna, Kadawa Sa’idu Abdu, Aliyu Usman Ibrahim, Inuwa Miko Abdallah, Nasmatu Bello Tambai, Muhammad Ahmad Muhammad, Mustapha Sule, Sharafadeen Muhammad and
Minsheng Wang, Hui Lu, Wenbin Zhuang, Xia Wang, Lina Guan, Ning Ma, Yang Dong, Jinder Jow*
Haytham Alodan, Fahad Albanumay*, Turky Alopily, and Mohammed Muhawes
Jianglin Zhu, Zhaoyong Wang*, Gang Liu, Jianxiong Wei and Jiangjian Song*
Open Access by Juniper Publishers is licensed under a Creative Commons Attribution 4.0 International License. Based on a work at www.juniperpublishers.com. 
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