Applications are now open for CCAM’s 2026 Summer Programs, offering students hands-on experience in materials science research and exposure to cutting-edge labs. REU (Research Experiences for Undergraduates) is an eight-week full-time program for undergraduate...
News & Updates
Prof. Joe Patterson Invited to Present at 2025 MRS Fall Meeting
CCAM is pleased to share that Professor Joe Patterson has been invited to present his work, “The structure and dynamics of energy-driven active soft matter using a combination of Liquid and Cryo EM,” at the 2025 MRS Fall Meeting. In this research, Professor Patterson...
Huiming Guo Leads Students to Funding Success
Our Junior Research Fellow Huiming Guo, together with her team of three undergraduate researchers, has successfully secured funding from the Interdisciplinary Research Teams (IRT) program through Calit2 and UCI’s Undergraduate Research Opportunities Program (UROP)....
Research
Our research focuses on two key areas: advancing interface science in complex concentrated metals and ceramics by establishing structure-property relationships to guide the design of innovative materials, and developing self-assembly strategies to study fundamental charge-matter interactions in supramolecular “living” materials.
Together, these efforts lay the foundation for designing novel materials with enhanced functionalities and bioinspired properties for a wide range of applications.
Research Highlights
2025 IRG-2: Investigating Electron Conductivity Regimes in the Bacterial Cytochrome Wire OmcS
In this study, the team used quantum mechanical simulations to study how electrons move along heme-containing protein nanowires made by the bacterium Geobacter sulfurreducens. The study shows that dynamic changes to the energies of the heme groups due to thermal...
2025 IRG-1: Phase Decomposition in The Equiatomic CoCrNi Alloy
Our Researchers have investigated the phase stability of the equiatomic CoCrNi alloy, a material traditionally considered a single-phase face-centered cubic (FCC) structure. Through comprehensive analysis, the study reveals that under specific conditions, the alloy...
2025 IRG-1: The Origin and Control of Interstitial Impurities in Refractory Complex Concentrated Alloys
Refractory complex concentrated alloys (RCCAs) are promising materials for extreme environments due to their high melting points and exceptional mechanical strength. However, their performance can be significantly affected by interstitial impurities, which alter...
Education & Outreach
CCAM is committed to fostering engagement, skill development, and long-term participation in STEM across all educational levels. Through hands-on modules, we introduce K-8 students to scientific concepts and career possibilities, while high school and college programs provide advanced training in materials science, including instrumentation, computational methods, and data analysis. Over the past four years, CCAM has engaged more than 1,000 students, inspiring future STEM leaders.
Our Junior Research Fellows, postdocs, and graduate students receive technical and professional development training to prepare for careers in both academia and industry. CCAM’s faculty and researchers have earned prestigious national awards and independent research funding, reflecting our dedication to advancing STEM education and career development.
Education Programs
Materials Bootcamp
Materials-SPIRE
Materials REU
Junior Research Fellows (JRF) Program
Materials Innovation Slam
Future Materials (K-12)
Facilities
IMRI’s world-class materials characterization facilities are central to interdisciplinary research at UCI and play a vital role in CCAM’s success. These state-of-the-art facilities operate 24/7 with support from dedicated technical staff and are accessible to UCI researchers as well as external academic and industrial partners. UCI’s leadership remains committed to expanding IMRI’s capabilities through new equipment acquisitions and technical upgrades. Recent additions include a Cryo-TEM (TFS Glacios) for soft material characterization, a pixelated direct electron detector on the Nion UltraSTEM 200 for enhanced imaging and spectroscopy of electron beam-sensitive samples, and a liquid-phase TEM holder for simultaneous heating and electrochemistry testing. Additionally, a customized double-tilt electro-cryo vacuum transfer holder has been introduced to improve imaging of soft and air-sensitive specimens, further advancing CCAM’s research capabilities.






