Biography:
Augusto Stancampiano is a distinguished scientist and researcher specializing in plasma physics and its interdisciplinary applications in medicine, agriculture, and industry. Currently a Full Scientist at CNRS (GREMI laboratory, Orléans, France), he holds a PhD in Mechanical Engineering from the University of Bologna and has founded AlmaPlasma, a spin-off company focused on innovative plasma technologies. His research spans plasma medicine, AI-assisted plasma treatments, and sustainable agricultural practices using cold plasma. Stancampiano has authored over 40 publications, holds 4 patents, and has been recognized with prestigious awards, including the Early Career Award in Plasma Medicine (2024) and the Young Investigator Award from the International Plasma Chemistry Society (2019). His work bridges fundamental plasma science with practical applications, driving innovation in biomedical and agricultural research.
Areas of interest:
- Plasma Physics: Study of non-equilibrium atmospheric plasma sources, plasma diagnostics, and plasma-liquid interactions. - Plasma Medicine: Application of cold plasma for cancer treatment, wound healing, and antimicrobial therapies. - Agricultural Innovation: Use of plasma technology for seed treatment, plant growth enhancement, and sustainable agricultural practices. - Artificial Intelligence: Integration of AI and machine learning for optimizing plasma treatments and predictive modeling in biomedical applications. - Cosmetic Industry: Development of plasma-based technologies for enhancing skin penetration of cosmetic active ingredients.
Experience:
- Chargé de Recherche/Full Scientist at CNRS (Centre national de la recherche scientifique), GREMI laboratory (UMR7344), Orléans, France (since October 2021). Leading research in plasma physics, plasma medicine, and interdisciplinary projects. Coordinating national and international research grants, including projects funded by ANR, Centre Val de Loir Region, CNRS, France-Berkeley Fund and the European Commission. - Postdoctoral Researcher at GREMI CNRS/Université d'Orléans (2020–2021): Worked on the COSMETOSCIENCE project, focusing on plasma applications for the cosmetic industry. - Visiting Scholar at the University of California, Berkeley, USA (2020): Collaborated on projects related to plasma science and biomedical engineering coupled with Artificial Intelligence - Founder of AlmaPlasma (2013): Established a spin-off company from the University of Bologna, focusing on innovative plasma technologies. - PhD in Mechanical Engineering from the University of Bologna (2016): Thesis: "Design and diagnostics of non-equilibrium atmospheric plasma sources for cell treatment and bacterial decontamination."
Skills:
Plasma Science: Expertise in cold plasma generation, characterization, and application in biomedical and agricultural fields. - Interdisciplinary Research: Experience in bridging plasma physics with biology, medicine, and agriculture. - Project Management: Coordination of multidisciplinary research projects, including EU-funded initiatives and industrial collaborations. - AI and Machine Learning: Application of AI for predictive modeling and optimization of plasma treatments. - Scientific Communication: Author of over 40 peer-reviewed publications, 4 patents, and numerous conference presentations. - Leadership: Member of the Laboratory Committee at GREMI and organizer of international conferences and workshops.
Current research interests:
Augusto Stancampiano's current research focuses on the following areas: 1. Plasma Medicine: - Developing advanced plasma-based therapies for cancer treatment, including plasma-activated media and AI-assisted treatment optimization. Partner of the MSCA DN PLASMACT. - Investigating the use of cold plasma for wound healing and antimicrobial applications. 2. Agricultural Applications of Plasma: - Exploring the use of cold plasma for seed treatment, plant growth enhancement, and sustainable agricultural practices. - Leading the PLASMASOL ANR project, which aims to develop eco-friendly plasma technologies for agriculture. 3. AI and Plasma Technology: - Integrating machine learning algorithms to optimize plasma treatments and predict outcomes in biomedical and agricultural applications. 4. Cosmetic Industry: - Developing plasma-based technologies to enhance the penetration of cosmetic active ingredients into the skin. 5. Space Applications: - Investigating the use of cold plasma in microgravity environments for medical and agricultural applications.
