Presolar Grains in Extra-Terrestrial Materials

Presolar Grains in Extra-Terrestrial Materials by Sachiko Amari invites readers into the microscopic world of stardust preserved in meteorites and interplanetary dust. This authoritative work synthesizes decades of cosmochemistry and meteoritics research, explaining how tiny presolar grains—carriers of isotopic anomalies and stellar fingerprints—reveal the life cycles of stars and the chemical evolution of the solar system.

Engaging yet precise, Amari blends clear explanations of laboratory techniques (isotopic analysis, NanoSIMS, electron microscopy) with rich scientific context, making complex concepts accessible to graduate students, researchers, and serious enthusiasts. Case studies from meteorite samples worldwide demonstrate how presolar silicon carbide, graphite, and oxide grains trace origins from red giants, supernovae, and asymptotic giant branch stars.

For professionals in planetary science, astrophysics, and geochemistry, this book is a practical reference: it outlines analytical methodologies, interprets isotopic signatures, and discusses implications for models of stellar nucleosynthesis and early solar-system processes. Educators will appreciate its balanced mix of theory and real-world data; libraries and research centers in North America, Europe, and the Asia-Pacific will find it an essential addition to collections on cosmochemistry and space research.

If you seek a rigorous, readable resource that connects tiny mineral relics to cosmic history, Sachiko Amari’s work delivers clarity and depth. Add this cornerstone text to your collection to deepen your understanding of presolar grains, meteorites, and the stories they tell about the universe. Order your copy today and bring the origins of stardust into your lab, classroom, or library.

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