Le Viet Cuong is a Vietnamese researcher specializing in micro-nanostructured materials and devices, particularly in the fields of magnetic, semiconductor, ferroelectric, multiferroic, and plasmonic materials. With a background in Engineering Physics and Nanotechnology, Cuong has obtained degrees at both undergraduate and graduate levels from reputable institutions in Vietnam and France. He has a strong research focus on thin film fabrication, magnetic sensors, biosensors, energy harvesting devices, and materials for environmental applications.

Author Metrics:

Google Scholar Profile

Cuong’s author metrics provide insights into the impact of his research. The H-index, total publications, total citations, and most cited publication are important indicators of his scholarly impact and influence within the academic community. Additionally, highlighting impactful contributions or awards received can further showcase his recognition in the field.

• Total Publications (Tất cả): 332 (from 2019 onwards)
• Total Citations (Trích dẫn): 229 (from 2019 onwards)
• H-index: 10 (from 2019 onwards)
• i10-index: 10 (from 2019 onwards)

These metrics reflect the scholarly impact and productivity of the author’s work specifically from 2019 onwards. The H-index of 10 indicates that the author has published at least 10 papers that have each received at least 10 citations. Similarly, the i10-index of 10 signifies that the author has published at least 10 papers that have each received at least 10 citations since 2019.

Education:

Cuong’s educational background includes a Bachelor’s degree in Engineering Physics with Honors from VNU UET, a Master’s degree in Micro-Nanotechnology from the University of Paris 11, France, and a Ph.D. in Nano materials and devices from VNU UET, Vietnam. His diverse educational experiences have equipped him with a strong foundation in both theoretical knowledge and practical skills necessary for his research endeavors.

Research Focus:

Cuong’s research interests encompass a wide range of topics within the realm of micro-nanostructured materials and devices. These include the fabrication and characterization of various materials such as magnetic, semiconductor, ferroelectric, multiferroic, and plasmonic materials. His work extends to the development of thin films, magnetic sensors, biosensors, energy harvesting devices, and environmentally friendly materials, reflecting his multidisciplinary approach to scientific exploration.

Professional Journey:

Cuong’s professional journey has been marked by diverse experiences across academia and research institutions. Starting as a researcher at VNU Key Laboratory for Micro and Nanotechnology, he has also undertaken internships and visiting researcher positions in France, Korea, and Japan. His current role as a lecturer at FEPN, VNU UET, underscores his commitment to both research and education, where he continues to contribute to the advancement of knowledge in his field.

Honors & Awards:

Cuong’s honors and awards serve as recognition of his contributions to the scientific community. Whether through academic achievements, research breakthroughs, or societal impact, these accolades highlight his dedication and excellence in his field. Recognitions such as scholarships, grants, fellowships, or prestigious awards further validate his expertise and contributions.

Publications Noted & Contributions:

Cuong’s publications represent significant contributions to the scientific literature, covering a wide range of topics within his field of expertise. Notable publications showcase key findings, methodologies, and advancements, which have contributed to the understanding and application of micro-nanostructured materials and devices. These contributions may have implications for various industries, academic fields, or societal challenges, reflecting the broader impact of his research endeavors.

Research Timeline:

A chronological overview of Cuong’s research timeline provides context for his academic and professional journey. This timeline may include milestones such as completing degrees, participating in research projects, publishing papers, receiving grants or awards, and undertaking collaborations with other researchers or institutions. By mapping out his research trajectory, one can appreciate the evolution of Cuong’s expertise and the progression of his contributions to the scientific community.

Collaborations and Projects:

Cuong’s collaborations and projects demonstrate his ability to work across disciplines and institutions to address complex scientific challenges. Collaborations with other researchers, academic institutions, industry partners, or governmental organizations contribute to the synergistic exchange of knowledge, resources, and expertise. Ongoing or completed projects highlight Cuong’s active engagement in research endeavors aimed at advancing scientific understanding and fostering innovation in his field.