2025 IIN Rosemary Schnell Symposium: Nanoscience Unleashed

Join us on Wednesday, October 15, for the 2025 IIN Rosemary Schnell Symposium!

This dynamic, full-day event features presentations and a panel discussion from six of the world's leading nanotechnology experts, including the winners of the 2025 Kabiller awards. This year's Symposium explores new directions in energy and nanomedicine, concluding with a reception for additional networking with colleagues and speakers.

Agenda

8:30 – 9:00: Registration

9:00 – 9:15: Welcome

9:15 – 10:45: Session 1 (Michael Graetzel, Sir Richard Friend)

10:45 – 11:05: Break

11:05 – 12:35: Session 2 (Tanja Weil, Michael Mitchell)

12:35 – 1:35: Lunch Break

1:35 – 3:10: Session 3 (Nathan Gianneschi, Nicholas Peppas)

3:10 – 3:30: Break

3:30 – 4:30: Panel Discussion

4:30 – 4:35: Closing Remarks

4:35 – 5:30: Reception

While attendance is free, registration is required. Register today to secure your spot!

For more details, go to: https://www.iinano.org/event/2025-iin-rosemary-schnell-symposium/

We hope to see you there!

Rosemary Schnell, a dedicated teacher in Niles, IL, left an indelible mark on many lives. Friends remember her as a lifelong learner, active volunteer, and generous philanthropist.

As a proud Northwestern alumna, Rosemary closely followed the university's research achievements, with a special interest in the work of the IIN. She was a regular attendee at all major IIN events, and the annual IIN Symposium was among her favorites.

Before her passing in 2021, Rosemary made a bequest to establish the Rosemary Schnell Fund for Innovation and Technology at the IIN. This fund supports outreach programs and helps scientists tackle critical challenges in medicine, energy, and the environment. We are deeply honored to celebrate Rosemary’s legacy by naming our annual symposium in her memory.

Thank you to our 2025 Symposium Sponsors!

Their support allows us to offer this event to attendees at no charge.

Host or Publisher International Institute for Nanotechnology