Mohammad Goudarzi | Geochemistry | Best Researcher Award

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Dr. Mohammad Goudarzi | Geochemistry | Best Researcher Award 

Researcher at Vienna University, Austria

Dr. M. Goudarzi is a dedicated geologist specializing in economic geology with a primary focus on ore-forming processes and magmatic systems. His expertise lies in the integration of field-based observations with geochemical and isotopic analysis to understand the genesis of mineral deposits. Currently a visiting researcher at the University of Vienna, he collaborates on international projects related to the Urumieh-Dokhtar Magmatic Arc. His rigorous approach, prolific publication record, and leadership in exploration initiatives have earned him recognition in both academic and industrial settings.

Profile

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Education

Dr. Goudarzi is in the final stages of completing his PhD in Economic Geology at Lorestan University, Iran, where his research investigates Eocene magmatism and copper ore formation using advanced geochemical techniques such as zircon U-Pb dating and Lu-Hf isotopic analysis. He holds an MSc in Economic Geology from the same institution, with a thesis focused on uranium ore genesis in the east of Bam. He obtained his BSc in Geology from PNU University in 2011. His academic background reflects a comprehensive understanding of igneous petrology, mineral exploration, and isotope geochemistry.

Experience

With over a decade of professional experience, Dr. Goudarzi has held numerous leadership roles in exploration and mining geology. He served as CEO of two geological consulting firms in Iran between 2020 and 2023, overseeing multiple national exploration projects involving copper, gold, uranium, and polymetallic systems. His earlier positions include project manager, senior geologist, and director of exploration in prominent Iranian mining and geological research institutions. Notably, he contributed to strategic uranium exploration initiatives for the Atomic Energy Organization of Iran, underscoring his expertise in both national resource management and nuclear geoscience.

Research Interest

Dr. Goudarzi’s research interests center on ore-forming processes, magmatic evolution, and the application of trace element geochemistry and isotope systems in mineral exploration. He applies modern techniques such as EPMA, LA-ICP-MS, fluid inclusion analysis, and stable isotope geochemistry to decode the formation environments of copper and uranium deposits. His investigations often target the Urumieh-Dokhtar Magmatic Arc, a prolific metallogenic belt, where he examines volcanic and intrusive systems to identify mineralization patterns, tectono-magmatic settings, and the temporal evolution of mineralizing events.

Award

Dr. Goudarzi has received multiple awards in recognition of his academic excellence and contributions to the field of geology. He was awarded the title of Outstanding Research Student at Lorestan University for the academic year 2023–2024. Additionally, he secured first place in the First National Festival of Young Geologists of Iran in 2021. His PhD research was supported by a prestigious research grant from the Iranian Ministry of Science, Research, and Technology, enabling him to pursue advanced geochemical investigations at the University of Vienna. Furthermore, he holds a Level 2 Professional License from the Iranian Organization of Mining Engineering.

Publication

Dr. Goudarzi has published extensively in international peer-reviewed journals, with a focus on the geochemistry of magmatic and hydrothermal systems. Seven of his most prominent publications include:
Goudarzi et al. (2025), “Unraveling the Protracted Magmatic Evolution in the Central Urumieh–Dokhtar Magmatic Arc,” Minerals, 15(4), 375. [Cited by 3 articles]
Goudarzi et al. (2025), “Geochemistry and Tectono-Magmatic Setting of Hypabyssal Intrusive Rocks,” Scientific Quarterly Journal of Geosciences, 35(1): 129-148. [Cited by 2 articles]
Goudarzi et al. (2025), “Constraining Ore-Forming Processes Using Magnetite-Titanomagnetite Chemistry,” Journal of Economic Geology (In Press). [Cited by 1 article]
Goudarzi et al. (2025), “Chemical Composition of Hydrothermal Pyrite in Ore-Forming Systems,” Journal of Economic Geology (In Press). [Cited by 1 article]
Goudarzi et al. (2024), “Genesis of the Mamuniyeh Copper Deposit,” Ore Geology Reviews, 175, 106279. [Cited by 5 articles]
Goudarzi et al. (2024), “Copper Mineralization Pattern in Mamuniyeh Area,” Scientific Quarterly Journal of Geosciences, 34(3), 35–62. [Cited by 2 articles]
Goudarzi et al. (2020), “Statistical Analysis of Uranium Geochemical Data,” Journal of Earth Science Research, 43, 1–16. [Cited by 3 articles]

Conclusion

 Dr. Mohammad Goudarzi embodies the qualities of an exemplary researcher—intellectual rigor, scientific creativity, international collaboration, and practical impact. His publication record, field experience, leadership roles, and recognition in the global geoscientific community make him an ideal candidate for the Best Researcher Award. His research not only advances scientific understanding but also contributes meaningfully to societal and industrial development.

Shujuan Sun | Earth and Planetary Sciences | Best Researcher Award

Published on by Academic Achievements

Dr. Shujuan Sun | Earth and Planetary Sciences | Best Researcher Award

Lecturer | Chengdu University | China

Shujuan Sun is a dedicated lecturer at Chengdu University with a rich academic background from the Institute of Remote Sensing and Digital Earth at the Chinese Academy of Sciences. Her research career primarily revolves around planetary science, with a special emphasis on statistical analysis of impact craters and the spatial distribution and genetic analysis of lunar rilles. With a strong foundation in remote sensing technology, Sun’s work contributes to a deeper understanding of planetary surface evolution and geological processes, particularly on the Moon. She is deeply committed to advancing planetary science research and applying her knowledge in the academic realm by nurturing future scientists.

Profile

Scopus

Education:
Shujuan Sun completed her graduate studies at the Institute of Remote Sensing and Digital Earth, which is part of the prestigious Chinese Academy of Sciences. Her education focused on remote sensing technology and planetary science, equipping her with the skills to conduct advanced research in these fields. During her postgraduate years, Sun honed her expertise in utilizing remote sensing data for analyzing planetary surfaces, especially the Moon. This educational background laid a solid foundation for her subsequent career in research and teaching.

Experience:
Currently a lecturer at Chengdu University, Sun brings extensive research experience to her academic role. Her expertise lies in the statistical analysis of impact craters, where she processes and analyzes vast amounts of remote sensing data to identify and characterize impact craters, contributing to a deeper understanding of planetary surface evolution. Additionally, Sun’s research on lunar rilles is significant, focusing on their spatial distribution and the formation mechanisms of these features. Through a combination of various research methodologies, she has uncovered valuable insights into the geological processes that shaped the Moon. Sun’s experience is not just confined to research but extends to practical teaching, where she integrates her scientific discoveries into the curriculum to inspire and educate the next generation of planetary scientists.

Research Interests:
Shujuan Sun’s research interests lie at the intersection of planetary science, remote sensing technology, and lunar geology. She focuses particularly on the statistical analysis of impact craters, the spatial distribution of lunar rilles, and their formation mechanisms. By applying remote sensing technology, she is able to extract and analyze crucial data that sheds light on the geological evolution of planetary surfaces. Sun’s work seeks to answer fundamental questions about planetary surface formation, specifically regarding the Moon’s geological history, and the application of these research findings to broader planetary science studies. Additionally, Sun aims to continue advancing her research while incorporating her discoveries into her teaching, ensuring the next generation of scientists builds upon her findings.

Awards:
Shujuan Sun’s contributions to planetary science have been recognized through her participation in several collaborative research projects that have advanced our understanding of lunar geology. Although she has not publicly disclosed specific individual awards, her work has been an integral part of high-impact research publications in renowned scientific journals. Her research on lunar rilles and impact craters has positioned her as an emerging expert in the field of planetary science, earning her recognition within academic circles.

Publications:
Shujuan Sun has contributed to several significant publications that showcase her research in planetary science. Notable among her work are:

  1. Yue, Z., Sun, S., Du, J., Gou, S., Di, K., Wang, Y., Lin Y., Li X., Wu F. (2024). “New Insights into the Geological Evolution History of Mare Fecunditatis,” Icarus, 425.
  2. Yue Z., Gou S., Sun S., Yang W., Chen Y., Wang Y., Lin H., Di K., Lin Y., Li X., Wu F. (2024). “Geological context of the Chang’e-6 landing area and implications for sample analysis,” The Innovation, 5(5), 100663.
  3. Wang, Y., Nan, J., Zhao, C., Xie, B., Gou, S., Yue, Z., Di, K., Zhang, H., Deng, X., & Sun, S. (2024). “A Catalogue of Impact Craters and Surface Age Analysis in the Chang’e-6 Landing Area,” Remote Sensing, 16(11), 2014.
  4. Nan, J., Wang, Y., Di, K., Xie, B., Zhao, C., Wang, B., Sun, S., Deng, X., Zhang, H., & Sheng, R. (2025). “YOLOv8-LCNET: An Improved YOLOv8 Automatic Crater Detection Algorithm and Application in the Chang’e-6 Landing Area,” Sensors, 25(1), 243.

Her publications reflect her expertise in lunar geology, crater analysis, and the application of innovative technologies such as YOLOv8 for crater detection.

Conclusion:
Shujuan Sun’s academic and research journey demonstrates a deep commitment to advancing the field of planetary science, particularly in the areas of lunar geology and remote sensing. With a robust educational background from the Chinese Academy of Sciences and extensive experience at Chengdu University, she continues to make significant contributions to understanding the geological history of the Moon. Her work in analyzing impact craters and lunar rilles provides critical insights into planetary surface evolution, positioning her as a rising expert in planetary science. As she continues to pursue her research interests, Sun remains dedicated to fostering the next generation of planetary scientists and advancing the field further through innovative teaching and groundbreaking research.