Material Discovery and Synthesis
The discovery and synthesis of new materials is quintessential for the rapid enhancement of hydrogen technologies. The applicability of hydrogen technology advancements due to the discovery of new materials and associated compounds encompasses the entire hydrogen value chain. Although the UK is within the top 10 globally within this subject area, it pales in comparison to the research being conducted within China and the USA. Several UK academics within the material discovery and synthesis research area are competitive with global academics, primarily affiliated with Imperial College London, University of Saint Andrews, and the University of Birmingham. The UK’s global research output, within the last 25 years, in this subject matter remained between 3 – 4 %. The analysis depicts the dire need for research investment in this subject matter within the UK. However, the UK’s lack of research outputs is understandable, since raw material procurement, especially rare earth metals, depends on the global political climate and supply chain reliability.
Word cloud
The word-cloud of the primary and secondary keywords is presented for the Material Discovery and Synthesis capability. These keywords were used as the input to Scopus for the purpose of the Academic Capability Mapping. The analysis underscores key research areas like hydrides, nanoparticles, and alloys/compounds
Documents by Country
The number of papers published worldwide pertaining to Material Discovery and Synthesis since the year 2000, divided into three decades. Only the top 10 countries are displayed. It is interesting to note that the UK ranks at number 7 globally, indicating a need for further investment in the field.
Documents by Author (2000 – 2025)
Prominent UK academics and their affiliation is showcased. The y-axis represents the H-index of the authors, while the x-axis illustrates the number of papers published. It can be clearly seen that some of the UK’s leading researchers in the field of Material Discovery and Synthesis are competitive with leading global researchers.
Leading UK & Global Institutions
The figure on the left represents the UK’s position globally, in terms of percentage of papers published annually, since the year 2000. The middle figure represents the total research outputs produced since the year 2000, globally and within the UK. The figure on the right represents the papers published by top 3 global universities and top 3 UK universities in the field of Material Discovery and Synthesis. Imperial College London leads the way in the UK, followed by the University of Saint Andrews and University of Birmingham.
UK Percentage (%)
UK Vs Global Outputs
Leading UK And Global Institutions
Material Science
Material science research, in the context of the hydrogen energy nexus, involves the superstructure optimisation and precise composition enhancement of materials to enhance technology performance and longevity, whilst reducing costs. Material Discovery and Synthesis and Material Science subject matters are closely related, and there is significant crossover in the research skills required for each subject matter. Hence, the UK’s position in the top 10 globally, while being overshadowed by China and the USA, in material science research is expected. The leading UK institutions in this subject matter are Imperial College London, University of Birmingham, and the University of Saint Andrews, with notable academics on par with global researchers. However, there needs to be further investment in both the Material Science and Material Discovery and Synthesis research nodes, if the UK is to become a global leader in hydrogen technologies.
Word cloud
The word-cloud of the primary and secondary keywords is presented for the Material Science capability. These keywords were used as the input to Scopus for the purpose of the Academic Capability Mapping. The analysis underscores key research areas like alloys, material nano-structure, and metal-oxide formation.
Documents by Country
The number of papers published worldwide pertaining to Material Discovery and Synthesis since the year 2000, divided into three decades. Only the top 10 countries are displayed. It is interesting to note that the UK ranks at number 7 globally, indicating a need for further investment in the field.
Documents by Author (2000 – 2025)
Prominent UK academics and their affiliation is showcased. The y-axis represents the H-index of the authors, while the x-axis illustrates the number of papers published. It can be clearly seen that some of the UK’s leading researchers in the field of Material Science are competitive with leading global researchers.
Leading UK & Global Institutions
The figure on the left represents the UK’s position globally, in terms of percentage of papers published annually, since the year 2000. The middle figure represents the total research outputs produced since the year 2000, globally and within the UK. The figure on the right represents the papers published by top 3 global universities and top 3 UK universities in the field of Material Science. Imperial College London leads the way in the UK, followed by the University of Birmingham and University of Saint Andrews.
UK Percentage (%)
UK Vs Global Outputs
Leading UK And Global Institutions