A program of the Office of Undergraduate Research and Scholarships

About the Program

The SURF Program is made up of four different fellowships:

Each fellowship has particular eligibility requirements, and each fellowship has certain obligations that fellows agree to if they receive the award. 

The application deadline for SURF summer 2019 will be February 21, 2019 . The application instructions and forms are available under the apply tabs of this website. To best understand the program and prepare a quality application we encourage you to:

  • attend an info session before applying. See "Resources" Tab for info sessions specifics or the OURS calendar
  • attend a workshop on how to write a research proposal. See OURS calendar for time and place.
  • You are also encouraged to meet with the SURF advisors to discuss your project and application. Starting in January, sign up for Brittany (STEM) or TBD (Social Science / Humanities) via the advisor information under the "Resources" tab. 

The SURF L&S fellowship allows UC Berkeley undergraduates in the College of Letters and Science to spend the summer doing concentrated research in preparation for a... more

Meet Our SURF & Rose Hills Fellows

Synthesizing and Investigating the Magnetic properties of new Honeycomb Iridate, Ag2IrO3

Sanyum Channa : Physics

Honeycomb iridates are a class of compounds that were theoretically predicted to be spin liquids, i.e. materials that lacked magnetic ordering due to their magnetic spin interactions. However, due to real-world deviations from theory, compounds like Lithium Iridate have been extensively studied to show fascinating forms of magnetism (like spiral and zig-zag orderings). Taking inspiration from this recent research, the goal of my project is to synthesize a new iridate - Ag2IrO3 (Silver Iridate). The motivation for this is to see how the metal, Ag, interacts with the underlying magnetism of the honeycomb lattice. Since the electronic energies of Ag are closer to those of Ir, it is possible that this material unlocks new energy interactions that will help further understand the way... Read More