# Advanced Institute of Materials Science

> facility in Sendai, Japan

**Wikidata**: [Q41568328](https://www.wikidata.org/wiki/Q41568328)  
**Source**: https://4ort.xyz/entity/advanced-institute-of-materials-science

## Summary
The Advanced Institute of Materials Science (AIM) is a specialized research institute located in Sendai, Japan, dedicated to the study and development of inorganic materials. As a public interest incorporated foundation, it operates independently to advance scientific knowledge in materials science without the constraints of academic or commercial obligations.

## Key Facts
- **Location**: Sendai, Japan (coordinates: 38.26637° N, 140.795505° E)
- **Legal Form**: Public interest incorporated foundation (公益財団法人)
- **Industry Focus**: Research, specifically inorganic materials science
- **Identifiers**:
  - ROR ID: 00p5prq49
  - GRID ID: grid.486819.a
  - VIAF ID: 252327010
  - NDL Authority ID: 00305695
  - CiNii Research ID: 1140282266565878272
  - NACSIS-CAT Author ID: DA1671781X
  - Corporate Number (Japan): 5370005003188
- **Aliases**: Institute for Special Inorganic Materials (特殊無機材料研究所)
- **Website**: [http://aims.or.jp/](http://aims.or.jp/)
- **Classification**: Research institute (Wikidata Q31855, schema.org/ResearchOrganization)
- **Geographic Identification**: Geonames feature code S.ITTR

## FAQs
### **What type of organization is the Advanced Institute of Materials Science?**
The Advanced Institute of Materials Science is a research institute, meaning its primary function is conducting systematic research rather than teaching or commercial activities. It is classified as a public interest incorporated foundation in Japan.

### **Where is the Advanced Institute of Materials Science located?**
The institute is based in Sendai, Japan, with precise coordinates at 38.26637° N latitude and 140.795505° E longitude.

### **What distinguishes it from universities or corporate research labs?**
Unlike universities, AIM does not offer degree programs or undergraduate education, focusing solely on research. Unlike corporate labs, it is not driven by commercial goals but by scientific inquiry in materials science.

### **What are its official identifiers?**
AIM is recognized by multiple global identifiers, including ROR ID (00p5prq49), GRID ID (grid.486819.a), and VIAF ID (252327010), ensuring its visibility in academic and research databases.

### **Does it have any alternative names?**
Yes, it is also known as the Institute for Special Inorganic Materials (特殊無機材料研究所 in Japanese).

## Why It Matters
The Advanced Institute of Materials Science plays a critical role in advancing materials science, particularly in inorganic materials, which are foundational to technologies ranging from electronics to energy storage. By operating as a dedicated research institute, AIM can pursue high-risk, long-term projects that may not align with the timelines or priorities of universities or corporations. Its work contributes to Japan’s scientific leadership and global innovation in materials engineering, addressing challenges in sustainability, manufacturing, and technology development.

## Notable For
- **Specialization**: Exclusively focused on inorganic materials research, distinguishing it from broader materials science institutions.
- **Independent Research Model**: Operates as a standalone research institute without academic or commercial distractions.
- **Global Recognition**: Listed in major research databases (ROR, GRID, VIAF) and classified under international standards (schema.org/ResearchOrganization).
- **Public Interest Status**: Structured as a public interest incorporated foundation, emphasizing its mission-driven approach.
- **Geographic Precision**: Officially mapped with specific coordinates and Geonames identification for research and collaboration purposes.

## Body
### **Organizational Structure and Classification**
The Advanced Institute of Materials Science (AIM) is formally classified as a research institute, a distinct organizational type dedicated solely to scientific investigation. Unlike universities or companies, AIM does not engage in teaching or commercial activities, allowing it to concentrate entirely on research. It is recognized under multiple classification systems, including:
- **Wikidata**: Q31855 (research institute)
- **Schema.org**: ResearchOrganization
- **Geonames**: Feature code S.ITTR (research institute)
- **Library Systems**: Dewey Decimal Classification 001.406 (research organizations)

### **Legal and Administrative Details**
AIM operates as a **public interest incorporated foundation** (公益財団法人), a legal structure in Japan that designates it as a nonprofit entity serving the public good. This status underscores its commitment to scientific advancement rather than profit. Key administrative identifiers include:
- **Corporate Number (Japan)**: 5370005003188
- **National Diet Library (NDL) Authority ID**: 00305695
- **CiNii Research ID**: 1140282266565878272
- **NACSIS-CAT Author ID**: DA1671781X (referenced as of March 15, 2023)

### **Location and Facilities**
AIM is headquartered in **Sendai, Japan**, a city known for its scientific and technological research infrastructure. Its precise geographic coordinates are **38.26637° N, 140.795505° E**, ensuring accurate mapping for collaboration and logistics. Sendai’s proximity to other research institutions and universities facilitates interdisciplinary partnerships.

### **Research Focus and Scope**
The institute specializes in **inorganic materials science**, a field critical to advancements in:
- **Electronics**: Semiconductors, ceramics, and conductive materials.
- **Energy**: Battery technologies, photovoltaics, and fuel cells.
- **Manufacturing**: High-performance alloys, coatings, and composites.
By focusing exclusively on this niche, AIM contributes to both fundamental scientific understanding and applied technological innovations.

### **Global Research Ecosystem Integration**
AIM is integrated into international research networks through standardized identifiers:
- **ROR ID (Research Organization Registry)**: 00p5prq49
- **GRID ID (Global Research Identifier Database)**: grid.486819.a
- **VIAF ID (Virtual International Authority File)**: 252327010
These identifiers ensure AIM’s visibility in academic citations, funding databases, and collaborative projects worldwide.

### **Digital Presence and Accessibility**
The institute maintains an official website at **[http://aims.or.jp/](http://aims.or.jp/)**, serving as a hub for research publications, partnership inquiries, and institutional updates. Its digital presence aligns with its role as a modern research organization, providing transparency and accessibility to global stakeholders.

### **Relationship to Broader Research Institutions**
AIM is part of a broader category of research institutes distinguished from:
- **Universities**: No degree-granting or teaching responsibilities.
- **Think Tanks**: Focuses on scientific inquiry rather than policy advocacy.
- **Corporate Labs**: Driven by public interest rather than commercial outcomes.
This differentiation allows AIM to pursue ambitious, long-term research projects without external pressures.

### **Historical and Cultural Context**
As a Japanese research institute, AIM reflects the country’s emphasis on materials science as a strategic priority. Japan’s history of innovation in ceramics, metallurgy, and semiconductor technology provides a strong foundation for AIM’s work. The institute’s public interest status aligns with Japan’s tradition of supporting nonprofit research for societal benefit.

### **Collaboration and Partnerships**
While the source material does not detail specific collaborations, AIM’s classification and identifiers suggest it is positioned to engage with:
- **Academic Institutions**: Universities in Sendai and beyond.
- **Government Agencies**: Funding bodies like JST (Japan Science and Technology Agency).
- **Industry Partners**: Companies in electronics, energy, and manufacturing sectors.
Its research outputs likely contribute to both national and international projects in materials science.

### **Future Directions**
Given its specialization in inorganic materials, AIM is poised to address emerging challenges such as:
- **Sustainable Materials**: Developing eco-friendly alternatives to traditional inorganic compounds.
- **Advanced Manufacturing**: Innovations in 3D printing, nanotechnology, and smart materials.
- **Energy Transition**: Materials for next-generation batteries and renewable energy systems.
As a dedicated research institute, AIM’s work will continue to shape technological progress in these areas.

## References

1. GRID Release 2017-09-26
2. CiNii Research