Gérard Gouesbet | Interaction light | Lifetime achievement Award

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Prof. Gérard Gouesbet | Interaction light | Lifetime achievement Award

Prof.Emeritus at Interaction light/particles, France

Gérard Gouesbet (b. 1947) is a Professor Emeritus at INSA Rouen, France, known for his pioneering work in generalized Lorenz-Mie theory (GLMT) and laser-light interactions with particles. He has contributed extensively to optics, scattering theory, and computational physics, with over five decades of research and academic excellence. Gouesbet has held prestigious positions in French and international universities, authored influential publications, and played a key role in advancing particle-scattering methodologies. His work has gained global recognition, making him a highly cited researcher in applied optics and aerosol physics.

Publication Profile

scopus

🎓 Education

1977 – State Doctorate in Physics, Rouen University 1973 – PhD in Physics, Rouen University  1971 – Master’s in Physics, Rouen University  1970 – Bachelor in Physics, Rouen University  1969 – Licence in Physics & Physico-Chemistry, Rouen University 🏫

👨‍🏫 Experience

2007-Present – Professor Emeritus, INSA Rouen  2001-2007 – Exceptional Class Professor (2nd Level), Rouen University  1997-2001 – Exceptional Class Professor (1st Level), Rouen University  1983-2003 – Founder & Director, LESP Laboratory  1975-1983 – CNRS Researcher & Postdoc at Imperial College & Sheffield University 1968-1971 – Boarding-School Master, Rouen University 🏫

🏆 Awards & Honors

Top 2% Most Cited Researchers (Stanford/Elsevier)  Knight of Academic Palms (France)  Gold Medallion – Wroclaw University (1995)  Van de Hulst Award (2020)  IAAM Award Lecture (2019) Honorary Professor – China 🇨🇳 Best Paper Awards – JOSA, Xidian University, Applied Optics 🏅 Outstanding Reviewer – Optics Communications, JQSRT (2016-2018)

🔬 Research Focus

Generalized Lorenz-Mie Theory (GLMT) for light scattering  Laser-light interactions with particles in fluid and aerosol systems 🔬 Computational physics & wave scattering simulations  Optical particle characterization for biomedical & atmospheric sciences   Non-spherical particle behavior in electromagnetic fields 📡 Advancement of theoretical optics and experimental validation ⚛️

Publications 📖

Eliminating blowing-ups and evanescent waves when using the finite series technique in evaluating beam shape coefficients for some T-matrix approaches, with the example of Gaussian beams

Citations 1

Finite series approach for the calculation of beam shape coefficients in ultrasonic and other acoustic scattering

Citations 3

Conclusion

Prof. Gérard Gouesbet is a highly deserving candidate for the Best Researcher Award, given his decades of contributions, international recognition, and leadership in photonics and optical science. His research has transformed the field of laser-light interactions, making him a strong contender for this prestigious honor.

Jianzhi Li | Fiber sensing | Best Researcher Award

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Prof. Jianzhi Li | Fiber sensing | Best Researcher Award

 professor at Shijiazhuang Tiedao University,  china

Jianzhi Li is a Professor at the Key Laboratory of Structural Health Monitoring and Control, Shijiazhuang Tiedao University, specializing in fiber sensing technology and structural health monitoring. 🌉 She earned her Ph.D. from Beijing Jiaotong University and later held an academic post at Osaka University, Japan. 🚄 Her work focuses on enhancing railway infrastructure safety through innovative sensing techniques. 📚 Jianzhi has published numerous SCI papers and authored several books. 🚀 Her groundbreaking contributions in the field have earned her multiple awards, cementing her status as a leading researcher in fiber optics and structural health.

Publication Profile

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Education 🎓

Jianzhi Li earned her Ph.D. in Structural Diagnosis and Optimization from Beijing Jiaotong University in 2009. 📚 Her doctoral studies focused on identifying and solving complex structural challenges in engineering. 🌏 She further broadened her academic horizons by serving as an Associate Professor at Osaka University in Japan between 2014 and 2015. 🏛️ This role allowed her to collaborate internationally and enhance her expertise in fiber optic sensing technology. ✨ Throughout her education, she gained deep insights into the intersections of structural health and smart material technologies, which now form the cornerstone of her research endeavors.

Experience 🏢 

Jianzhi Li currently serves as a Professor at Shijiazhuang Tiedao University’s Key Laboratory of Structural Health Monitoring and Control. 🚇 She has led several high-impact projects, particularly in fiber optic sensing and structural health monitoring for railways and bridges. 🌉 During 2014–2015, she was an Associate Professor at Osaka University, contributing to international collaborations. 📊 With over 20 patents to her name and numerous published works in prestigious journals, her experience spans industry-relevant research and cutting-edge academic advancements. 💼 She also leads the China National Key Research and Development Program, contributing to the enhancement of railway infrastructure safety.

Awards and Honors  🏆

Jianzhi Li has received numerous awards, including the First Prize for Technological Invention in Hebei Province. 🌟 She was recognized with the “Best Paper” award at the 6th International Conference on Optoelectronic Sensing. 🎖️ Her outstanding research contributions have earned her prestigious honors such as the Hebei Outstanding Youth Talent Award and a place in the Hebei 333 Talent Program. 📜 She has authored three books, including an internationally recognized English-language textbook, and her innovative work in fiber sensing and structural health has placed her among the top researchers in China. 🌍 Her membership in the Chinese Optical Society and other professional groups reflects her impact on the scientific community.

Research Focus🔬

Jianzhi Li’s research is centered on fiber optic sensing technologies and structural health monitoring. 🚇 Her work addresses critical infrastructure challenges, including heavy-duty railway bridges and roadbeds. 🔧 She has been instrumental in advancing fiber-based sensing systems for monitoring railway hazards and enhancing safety through predictive detection. 🛰️ Her research extends to smart materials and their applications in dynamic environments, focusing on the early detection of structural anomalies. 🚀 Jianzhi’s contributions are practical and forward-looking, pushing the boundaries of electromagnetic and optical sensing in engineering, leading to the development of more robust and resilient civil structures.

Publication  Top Notes

Evaluation of Concrete Carbonation Based on a Fiber Bragg Grating Sensor
📅 Published: December 2023
📰 Journal: Micromachines
🌐 DOI: 10.3390/mi15010029
Contributors: Jianzhi Li, Haiqun Yang, Handong Wu

This paper introduces a novel approach for monitoring concrete carbonation using Fiber Bragg Grating (FBG) sensors, a crucial method for assessing structural durability.

A Long-Term Monitoring Method of Corrosion Damage of Prestressed Anchor Cable
📅 Published: March 2023
📰 Journal: Micromachines
🌐 DOI: 10.3390/mi14040799
Contributors: Jianzhi Li, Chen Wang, Yiyao Zhao

This research presents a long-term monitoring technique for detecting corrosion in prestressed anchor cables, improving infrastructure safety and longevity.

A Combined Positioning Method Used for Identification of Concrete Cracks
📅 Published: November 2021
📰 Journal: Micromachines
🌐 DOI: 10.3390/mi12121479
Contributors: Jianzhi Li, Bohao Shen, Junjie Wang

This paper discusses a hybrid method for accurately identifying concrete cracks, advancing structural health monitoring.

A Spiral Distributed Monitoring Method for Steel Rebar Corrosion
📅 Published: November 2021
📰 Journal: Micromachines
🌐 DOI: 10.3390/mi12121451
Contributors: Jianzhi Li, Yiyao Zhao, Junjie Wang

Conclusion

Professor Jianzhi Li stands out as a strong candidate for the Best Researcher Award due to her exemplary research contributions, innovative spirit, and recognized leadership in the field of fiber sensing and structural health monitoring. Her achievements reflect not only her commitment to advancing science and technology but also her potential to further influence the field. With targeted improvements in professional engagement and industry collaboration, she could amplify her impact even more.