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Yuki Sato Applied superfluidity

read more about the Rowland Junior Fellows

read more about microfluidic biophysics

read more about reverse engineering the visual system

read more about genetic variation and neural circuits

read more about the biomechanics of swimming

read more about applied matter and devices

read more about holographic design and optofluidic integration

read more about biophysical imaging and spectroscopy

read more about the Institute's history

read more about the Junior Fellows program

The Rowland Junior Fellows are selected to perform independent experimental research for five years, with full institutional support and access to the Institute's outstanding technical and scientific resources. We appoint on average two new Rowland Junior Fellows per year. Candidates in all the natural sciences (physics, chemistry, biology,...) as well as in engineering will be considered, with special attention given to interdisciplinary work and to the development of new experimental methods.

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SPOTLIGHT ON    RJF Yuki Sato's Applied Matter & Devices Group.
One of the overarching themes of our research is the investigations and applications of quantum coherent matter. In superconductors, superfluids, and Bose-Einstein condensates, a large fraction of constituent particles can occupy the same quantum ground state and behave in many way as a single entity. We are interested in not only studying fascinating properties of such state of matter but also applying them as a set of tools to elucidate some subtleties of the quantum world.  Learn more ...

NEWS


RJF Alumnus Ozgur Sahin awarded in the DOE's Early Career Research Program.


Sai Siva Gorthi and RJF Ethan Schonbrun introduce a fluidics-based focus-stack collecting microscope used to measure three-dimensional shape variations of red blood and leukemia cells, in Optics Letters.

Nestling quantum dots in an insulating structure Shriram Ramanthan's and Venky Narayanamurti's groups demonstrate a robust new architecture for quantum-dot light-emitting devices (QD-LEDs). Advanced Materials. See also - SEAS press release.

RJF Ethan Schonbrun's group microfabricated multiple field of view imaging flow cytometry that enables image based screening of large collections of cells, in Lab on a Chip.

Supradeep Narayana and RJF Yuki Sato utilize non-resonant graded material consisting of an array of artificially patterned superconducting and soft ferromagnetic elements to construct a dc magnetic cloak, reported in Advanced Materials.


The UCLA Henry Samueli School of Engineering and Applied Science honors its best and brightest. Congratulations to RJF SJ Claire Hur reciepent of the 2011 Edward K. Rice Outstanding Doctoral Students Award.