Akemi Tamanai
Papers
1
Total Citations
14
H-Index
1
About
Akemi Tamanai is a leading experimental physicist whose research centers on the optical properties of cosmic dust, with a particular focus on how particle morphology—especially agglomeration—alters infrared (IR) emission spectra. Her most cited work, “Experimental verification of agglomeration effects in infrared spectra on micron-sized particles” (2018, 14 citations), provides critical laboratory evidence that the shape and clustering of dust grains significantly influence observed IR band profiles, a factor often overlooked in standard light-scattering models. This contribution is foundational for interpreting astronomical observations, as it directly impacts how researchers derive mineralogy, particle size, and temperature from dust spectra. By bridging laboratory astrophysics and observational astronomy, Tamanai’s work offers a more nuanced understanding of interstellar and circumstellar environments. Her careful experimental approach and attention to morphological effects have made her a key figure in refining dust models used across the field. For students and researchers studying planetary formation or evolved stars, Tamanai’s research underscores the importance of particle aggregation in shaping the spectral fingerprints we observe across the cosmos.
Research Focus
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Top Papers
- 1