UC President’s Lindau Nobel Laureate Meetings Fellows
Fellowship details
Begun seven decades ago, today the Lindau meetings bring together some 600 university students and post-doctoral fellows from around the world who spend a week absorbing lectures by Nobel Laureates and interacting with them in smaller groups to discuss their own research. The theme of the meetings – educate, inspire, and connect– has led us to see these meetings as places where our students not only learn but begin to build the research networks that will enrich their lives and help create the broadest sense of community.
76th Lindau Meeting (Physiology/Medicine)
OVPTL and Graduate Division are coordinating the UCI campus applications for the eighth annual class of the UC President’s Lindau Nobel Laureate Meetings Fellows. These fellows can be undergraduate, graduate students or postdoctoral fellows and will be supported to attend the Lindau Meetings for interdisciplinary work in Physiology/Medicine. UCI may put forward five campus nominees for consideration.
University of the Office of the President (UCOP) will provide funds for students and post- doctoral fellows to travel to Lindau, Germany to participate in a Lindau Nobel Laureate Meeting. Allowable expenses are covered by University of California travel policy. Fellows may be asked to travel to an orientation meeting prior to the Lindau Nobel Meeting, in which case associated expenses will be covered.
76th Lindau Nobel Laureate Meeting (Physiology/Medicine) – 27 June to 2 July, 2027
Application Opens: August 25, 2026
Submission Deadline: September 24, 2026 by 5pm PST
Applicants are asked to submit the below materials using the application by September 24, 2026 by 5pm PST. Selections will be made and forwarded to UCOP shortly after.
- Curriculum Vitae
- Two letters of recommendation
- note: for confidential submission, letter writers may email tdahl@uci.edu
- Statement of Commitment to attend the entire meeting in Lindau
- Statement of purpose in attending the meeting and how an applicant’s background satisfies the criteria for selection.
Turner Dahl at tdahl@uci.edu