Mr. Nahum Shabi , Bar llan university, Israel
Dr. Nahum Shabi is a physicist specializing in Raman spectroscopy, ion beam analysis, and the characterization of graphene defects 🔬. Currently pursuing a Ph.D. at Bar Ilan University, his research focuses on the behavior and properties of disordered graphene ⚛️. Dr. Shabi has extensive experience in experimental research, leading efforts at the IBA Lab in nanotechnology and advanced materials 💡. With expertise in a range of techniques, including ion beam analysis, AFM, and SEM, he has made significant contributions to understanding graphene’s structural characteristics 🧬. He has also co-founded Ultimount, a mobile photography device capturing motion 📸.
Professional Profile:
Orcid
Suitability Summary
Dr. Nahum Shabi is an exceptional candidate for the Best Researcher Award due to his outstanding contributions to material science and experimental physics, particularly in the study of graphene and advanced nanotechnology. His pioneering research on graphene defects and his extensive experience with cutting-edge techniques, including Raman spectroscopy, ion beam analysis, and AFM, has significantly advanced the understanding of disordered graphene’s behavior. Dr. Shabi’s ability to bridge theoretical knowledge with experimental methods makes him an invaluable asset to the field of nanotechnology and material science.
Education and Experience
- Ph.D. in Physics (Ongoing), Bar Ilan University, Israel 🎓
- M.Sc. in Physics, Bar Ilan University, Israel 🎓
- B.Sc. in Physics, Bar Ilan University, Israel 🎓
- Physicist, IBA Lab, Bar Ilan University (2019-Present) 🔬
- Founder, Ultimount – Photography Device (2016-2019) 📸
- Physics Tutor, Bar Ilan University (2014-2016) 👨🏫
Professional Development
Dr. Shabi has built an extensive career at the intersection of advanced materials and experimental physics 🔬. His role at IBA Lab involves designing and implementing new accelerator systems, alongside maintaining complex equipment 🛠️. With experience in developing prototypes, his research into graphene defects and ion beam analysis continues to drive advancements in nanotechnology 💡. Additionally, his experience with high vacuum systems and a broad range of analytical techniques has solidified his reputation as a highly skilled researcher 🌍. His work bridges theory and practice, making substantial contributions to the field of material science 🧪.
Research Focus
Dr. Shabi’s research revolves around nanoscale characterization, particularly the study of disordered graphene and its structural defects ⚛️. His work employs advanced techniques such as Raman spectroscopy, ion beam analysis, and atomic force microscopy to explore defect-induced properties and the impact of ion velocity on graphene’s behavior 🧬. He aims to deepen understanding of graphene’s defects, contributing to material advancements for energy-efficient technologies and electronics 💡. His focus also extends to ion implantation, thin film coating, and nano fabrication, with applications in nanotechnology and materials science 🔬.
Awards and Honors
- Co-Author of Published Papers in ScienceDirect on defect-induced Raman lines in irradiated graphene 🏅
- Founder, Ultimount – Mobile Device for Capturing Objects in Motion 📸
- Physics Tutor, Bar Ilan University – A + B for Biochemists 👨🏫
Publication Top Notes:
📄 Dominant impact of Ion velocity on defect formation in suspended graphene