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Summer 2023 Quarter
Wednesday, September 13
- Deadline to submit Filing Fee Form for Summer 2023
- Deadline to submit final M.S. Degree Conferral to graduate at the end of Summer 2023
- Deadline to submit Ph.D. Form II to graduate at the end of Summer 2023
Friday, September 22- Deadline to submit M.S. Advancement to Candidacy to advance in Summer 2023
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Staff Policies & Procedures
Staff Policies & Procedures
Performance Standards
A guide for supervisors and staff to assist in maintaining consistency in the evaluation of performance. -
Smart Fabric Gets Smarter with Squid-Inspired Temperature Controls
Researchers from the University of California, Irvine, may have found a way to produce a material that is heat adjustable. Inspired by squid skin, the developers believe they can manufacture a material that is both washable and breathable and can be incorporated into existing flexible fabrics. The key to this new material, however, is its ability to control its temperature. Read More
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Sandra Tsing Loh recommends watching in PJs with wine
In 2005 Sandra Tsing Loh reconnected with the institute when Caltech and KPCC created a podcast for Loh to host “The Loh Down on Science.” The show is co-produced by LDOS Media Lab, Inc. and SCPR (Southern California Public Radio), in association with the University of California, Irvine Science Communications. The actual content is researched, written and edited by students from the UC Irvine School of Physical Sciences, School of Biological Sciences and School of Engineering. The 90-second show … is broadcast five times a week to over 4 million listeners on 150 public radio stations ….
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Samueli School Arch
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Scientists make mind-blowing medical breakthrough using human waste: 'This can be done easily'
Scientists at the University of California, Irvine, and partner institutions have engineered "osteoyeast," a modified organism that mimics the cells responsible for building bones naturally. … “The fact that it uses yeast as a chassis, which is inexpensive and can be placed in large vats at relatively low temperatures … shows that this can be done easily without major infrastructural needs, and that has the added benefit of making it accessible to developing economies," explained David Kisailus, a UC Irvine professor.
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Scientists transform pee into material fit for medical implants
Scientists have developed a method that can transform human urine into the hard mineral in bones and tooth enamel.
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St. Margaret’s Program
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Sneaky color-changing octopus inspires deception tech
Senior coauthor Alon Gorodetsky, professor of chemical and biomolecular engineering at the University of California, Irvine, [said], “For this project, we worked to mimic the octopus’ natural abilities with devices from unique materials we synthesized in our laboratory, and the result is an octopus-inspired deception and signaling system that is straightforward to fabricate, functions for a long time when operated continuously, and can even repair itself when damaged.” Read More
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Squid skin inspires creation of next-generation space blanket
"Ultra-lightweight space blankets have been around for decades - you see marathon runners wrapping themselves in them to prevent the loss of body heat after a race - but the key drawback is that the material is static," said co-author Alon Gorodetsky, UCI associate professor of chemical & biomolecular engineering. "We've made a version with changeable properties so you can regulate how much heat is trapped or released."
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South Asia’s scorching heat wave comes as climate action stalls
“Heat waves happen more frequently now and they are spread around throughout the year,” Amir AghaKouchak, a University of California, Irvine professor [of civil and environmental engineering and Earth system science], told my Capital Weather Gang colleagues. “This is the new normal and most likely it will only get worse in the future unless we take serious actions.” [Subscription required, campus-wide access provided by UCI Libraries.
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Scientists track and analyze lofted embers that cause spot fires
Researchers at the University of California, Irvine have conducted first-of-their-kind field experiments to better understand the physics of these firebrands, and their results can help authorities better model the outcomes of disasters that are happening with greater frequency in a warming climate.
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Slippery superfluids push jets to breaking point
To update this field for the 21st century, the Thoroddsen group collaborated with researchers at the University of California, Irvine, to build a device capable of reaching temperatures near absolute zero with windows for viewing with high-speed cameras. At these chilly depths, liquid helium can take on a range of different behaviors, including as a frictionless superfluid. Read More