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Y. Idemoto, M. Matsuzawa, N. Koura, K. Takeuchi, J. W. Richardson Jr., and Chun- K. Loong, Solid State Commun., Vol. 131, pp. 513, 2004.

**Y. Idemoto, M. Matsuzawa, N. Koura, K. Takeuchi, J. W. Richardson Jr., and Chun‑K. Loong, Solid State Commun., Vol. 131, pp. 513, 2004**

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### Unpacking the Citation: Who, What, When, Where

The string of names and numbers above is more than a dry reference—it’s a compact roadmap to a piece of scientific discovery.

– **Authors**: Y. Idemoto, M. Matsuzawa, N. Koura, K. Takeuchi, J. W. Richardson Jr., and Chun‑K. Loong – a collaborative team spanning multiple institutions and expertise.
– **Journal**: *Solid State Communications* – a leading outlet for rapid‑communication research in solid‑state physics and materials science.
– **Volume & Page**: Vol. 131, p. 513 – pinpointing the exact location of the article.
– **Year**: 2004 – situating the work in the early‑2000s, a period of intense activity in nanomaterials, high‑temperature superconductors, and spintronic research.

Understanding each component helps readers locate the original paper, cite it correctly, and appreciate its context within the broader scientific literature.

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### Why *Solid State Communications* Matters

*Solid State Communications* (SSC) has been a cornerstone journal since the 1960s, publishing concise, high‑impact papers that often become the seed for larger studies. Articles in SSC are typically **short communications** that deliver breakthrough findings quickly to the community. Because of its reputation, a paper appearing in SSC signals that the research is both **novel** and **technically robust**.

SEO keywords: **solid state communications**, **scientific journal**, **research publication**, **physics journal impact**, **materials science journal**.

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### Possible Scientific Themes of the 2004 Paper

While the citation alone does not reveal the exact topic, we can infer plausible research areas based on the authors’ known interests and the journal’s focus at that time:

1. **Magnetic Oxide Materials** – Many groups in the early 2000s explored perovskite oxides for magnetoresistance applications.
2. **High‑Temperature Superconductors** – The quest for new cuprate or iron‑based superconductors was still vibrant.
3. **Nanostructured Semiconductors** – Quantum dots and nanowires were emerging as candidates for optoelectronic devices.

If the paper dealt with any of these themes, it would have contributed valuable data on crystal structure, electronic band behavior, or magnetic ordering—information that subsequent researchers could build upon.

SEO keywords: **magnetic oxides**, **high‑temperature superconductors**, **nanostructured semiconductors**, **crystal structure analysis**, **electronic band theory**.

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### The Impact of Collaborative Research

The author list reflects an **international collaboration**—a hallmark of modern scientific progress. Combining expertise from materials synthesis, theoretical modeling, and advanced characterization (e.g., X‑ray diffraction, neutron scattering) often yields more comprehensive insights than isolated efforts. Such teamwork accelerates the translation of fundamental discoveries into **real‑world technologies** like faster microprocessors, more efficient energy storage, and next‑generation sensors.

SEO keywords: **international collaboration**, **multidisciplinary research**, **materials synthesis**, **advanced characterization**, **technology transfer**.

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### How This Citation Still Resonates Today

Even nearly two decades later, the 2004 SSC article can be a **citation anchor** for contemporary studies. Researchers performing literature reviews on, say, **spintronic materials** will encounter this reference as part of the historical development of the field. Moreover, the methods described—whether a novel growth technique or a unique measurement protocol—may still be cited as a **benchmark** for reproducibility and experimental rigor.

SEO keywords: **spintronic materials**, **literature review**, **citation analysis**, **experimental methodology**, **research reproducibility**.

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### Bringing It All Together: Why You Should Explore This Paper

If you’re a graduate student, a post‑doc, or an industry engineer looking to deepen your understanding of solid‑state phenomena, tracking down the full text of this 2004 article is a worthwhile step. It offers:

– **Historical perspective** on how certain material systems evolved.
– **Technical details** that can inspire new experimental designs.
– **Citation pathways** leading to more recent breakthroughs that cite this work.

In the age of information overload, a well‑crafted citation like the one above serves as a **compass** pointing you toward valuable knowledge hidden within the archives of *Solid State Communications*.

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### Final Thoughts

The quote “Y. Idemoto, M. Matsuzawa, N. Koura, K. Takeuchi, J. W. Richardson Jr., and Chun‑K. Loong, *Solid State Commun.*, Vol. 131, pp. 513, 2004” is more than a bibliographic entry; it’s a gateway to a slice of scientific history that continues to influence **solid‑state physics**, **materials science**, and **technology development**. By decoding its components, appreciating the journal’s prestige, and recognizing the collaborative spirit behind it, we gain a richer appreciation for how incremental advances build the foundation for tomorrow’s innovations.

*Keywords for SEO*: solid‑state physics, materials science, solid state communications, 2004 research article, scientific collaboration, nanomaterials, magnetic oxides, high‑temperature superconductors, citation analysis, research impact.