Women Researcher Award
Magali Gregoire
STMicroelectronics, France
Magali Gregoire is associated with STMicroelectronics in France and has contributed to the advancement of nanotechnology innovations through scholarly research and applied scientific development. Her academic and industrial research activities encompass semiconductor technologies, nanoscale engineering, and innovation-driven materials science. With an established publication record indexed in Scopus and a measurable citation impact, her work demonstrates continued engagement within interdisciplinary technological research communities.[1]
The recognition associated with the Women Researcher Award under the Global Scientist Day Awards highlights contributions made toward scientific advancement, research dissemination, and innovation-oriented collaboration. The profile presented in this article summarizes academic metrics, publication activities, and the broader scholarly relevance of the researcher’s contributions within the field of nanotechnology innovations.[2]
Abstract
This article presents an academic overview of Magali Gregoire and her research activities within the field of nanotechnology innovations. The profile emphasizes publication productivity, citation-based impact, interdisciplinary scientific contributions, and involvement in semiconductor and nanoscale technological developments. Indexed research metrics indicate consistent scholarly participation and measurable academic visibility within international research databases.[1] The article further evaluates the suitability of the researcher for recognition through the Global Scientist Day Awards based on academic engagement, research dissemination, and innovation-oriented scientific contributions.[3]
Keywords
Nanotechnology Innovations; Semiconductor Research; Scientific Recognition; Women in Science; STMicroelectronics; Scopus Publications; Research Metrics; Applied Nanoscience; Industrial Research; Innovation Studies.
Introduction
The increasing importance of nanotechnology within scientific and industrial research has generated significant interest in the contributions of researchers working across semiconductor innovation, materials science, and nanoscale device engineering. Research professionals associated with industrial laboratories frequently contribute to both applied technological development and peer-reviewed scientific dissemination. Within this context, Magali Gregoire has contributed to areas associated with nanotechnology innovations through research activities connected with STMicroelectronics in France.[1]
Academic recognition programs such as the Global Scientist Day Awards provide visibility to researchers whose work demonstrates scientific engagement, publication activity, and measurable scholarly influence. Citation-based indicators including h-index values, document counts, and citation totals are commonly used to assess the impact and continuity of academic contributions.[4]
Research Profile
Magali Gregoire maintains a documented publication profile indexed within the Scopus database under Author ID 9632420000. The profile includes approximately 70 indexed documents and more than 590 citations, with an h-index of 13, reflecting sustained scholarly engagement and measurable academic influence within specialized technological domains.[1]
Her affiliation with STMicroelectronics indicates participation in research environments that combine industrial innovation with scientific investigation. Such environments commonly support interdisciplinary collaboration involving nanoscale electronics, advanced semiconductor fabrication, device optimization, and applied material science methodologies.[5]
- Research affiliation associated with STMicroelectronics, France.
- Documented scholarly contributions indexed in Scopus.
- Research metrics demonstrating citation visibility and publication continuity.
- Participation in interdisciplinary nanotechnology innovation activities.
Research Contributions
Research contributions attributed to Magali Gregoire are associated with developments in semiconductor technologies and nanoscale innovation studies. Such contributions are relevant to industrial research frameworks that support electronic miniaturization, device performance optimization, and integration of advanced materials into semiconductor architectures.[5]
The combination of industrial research participation and academic publication contributes to knowledge transfer between technological implementation and scholarly dissemination. Research activities in nanotechnology often involve collaborative investigations across engineering, physics, and materials science disciplines.[6]
- Semiconductor device research and technological innovation.
- Nanotechnology-oriented scientific investigations.
- Industrial and interdisciplinary research collaboration.
- Contribution to applied scientific dissemination through indexed publications.
Publications
The researcher’s publication record includes contributions indexed within recognized scholarly databases. Indexed publications contribute to the visibility of applied scientific research and support the dissemination of technological findings to wider academic communities.[1]
- Research publications associated with semiconductor technologies and nanoscale device engineering.
- Collaborative publications involving interdisciplinary scientific methodologies.
- Articles indexed in international citation databases including Scopus.
- Scientific dissemination supporting applied nanotechnology innovation studies.
Representative DOI-linked scientific references commonly associated with nanotechnology and semiconductor innovation literature include:
https://doi.org/10.1038/nnano.2016.110
and
https://doi.org/10.1109/JPROC.2015.2483598.
Research Impact
Citation-based indicators provide a measurable framework for evaluating academic visibility and scholarly influence. The available metrics associated with Magali Gregoire demonstrate sustained engagement with the research community through published scientific outputs and subsequent citations.[1]
An h-index value of 13 indicates that multiple publications have achieved recurring citation visibility within the scientific literature. Such metrics are commonly interpreted as indicators of continued research relevance and scholarly dissemination across specialized research communities.[4]
- Approximately 70 indexed scholarly documents.
- More than 590 citations recorded in Scopus-related indexing.
- Demonstrated publication continuity within nanotechnology research domains.
- Academic visibility reflected through citation-based evaluation metrics.
Award Suitability
The Women Researcher Award category within the Global Scientist Day Awards is intended to recognize sustained scientific engagement, measurable academic contributions, and interdisciplinary innovation. Based on available publication metrics, citation impact, and institutional research participation, Magali Gregoire demonstrates characteristics aligned with academic recognition criteria commonly applied within international scientific award frameworks.[3]
The integration of industrial research with scholarly dissemination further strengthens the significance of the researcher’s profile. Contributions associated with nanotechnology innovation and semiconductor research continue to hold substantial relevance within modern scientific and technological development.[5]
Conclusion
Magali Gregoire’s academic and industrial research profile reflects continued participation in nanotechnology innovation studies and semiconductor-related scientific development. Indexed publication records, citation metrics, and institutional affiliation collectively demonstrate scholarly engagement within interdisciplinary technological research environments.[1]
The recognition associated with the Women Researcher Award and the Global Scientist Day Awards corresponds with broader efforts to acknowledge scientific achievement, publication impact, and research-driven innovation among contributors to modern science and technology.[3]
External Links
References
- Elsevier. (n.d.). Scopus author details: Magali Gregoire, Author ID 9632420000. Scopus.
https://www.scopus.com/authid/detail.uri?authorId=9632420000
- ORCID. (n.d.). ORCID profile information for Magali Gregoire. ORCID Registry.
https://orcid.org/0000-0002-8220-794X
- Global Scientist Day Awards. (n.d.). Scientific recognition and award categories.
https://scientistday.org/
- How Can the Carrier Mobility in Planar Si-Based MOSFETs Be Enhanced?.
https://doi.org/10.3390/microelectronics2020008
- Multiple-step Siconi pre-clean advantages for Ni(Pt)Si film formation in the frame of advanced FDSOI technology development.
https://doi.org/10.1016/j.mssp.2025.109783