Atomic and Nanoscale Phenomena in Advanced Materials
Dravid Group Research in the News
Vinayak Dravid is Named Among Global ‘Highly Cited Researchers’
This annual list identifies researchers who demonstrated significant influence in their chosen field or fields through the publication of multiple highly cited papers during the last decade. LEARN MORE
NSF-funded researchers at Northwestern University, lead by Professor Vinayak P. Dravid, have developed a nanocomposite coating of magnetic nanostructures that attracts oil and resists water. When the coating is applied to any cheap sponge, it binds with the oil holding it in the sponge until it is squeezed out. For more information:
The Microscopy Society of America Student Council and Northwestern University’s NUANCE Center are excited to present a half-day conference to highlight women in microscopy in honor of International Women’s Day.
Please join us for research talks and panels, featuring a keynote from Dr. Ilke Arslan, Director of the Center for Nanoscale Materials and the Nanoscience and Technology division at Argonne National Laboratory.
The talks will include a diverse range of topics including cryo-EM, magnetism, and quantum imaging. Plus, our career panels feature vendors, lab managers, and researchers from both academic and federal labs who can provide insight on working in microscopy.
We hope you can join us for our celebration of Women in Microscopy!
All are welcome and encourage to attend.
Yea-Shine Lee has been selected to participate in the HMCP Cluster 2020-21
Yea-Shine Lee and Carolin Wahl were selected to participate in the Hierarchical Materials Cluster (HMCP) for 2020-21. The Hierarchical Materials Cluster provides new opportunities for cross-disciplinary student research and training by integrating the strengths of the Materials Science and Engineering and Chemistry Departments in nanostructured materials research with the strengths of the Physics, Electrical Engineering, and Mechanical Engineering Departments in the measurement and modeling of physical properties
