We are thrilled to announce that our faculty member Maxx Arguilla has been honored with the National Fresenius Award from the American Chemical Society, one of the most prestigious recognitions for early-career chemists in the United States. This award, given to only...
News & Updates
Celebrating Our 2024 & 2025 JRF Award Recipients!
We are excited to announce the recipients of the Junior Research Fellow (JRF) Awards for 2024 and 2025! These awards recognize the hard work, creativity, and dedication of our students who contribute not only to cutting-edge research, but also to education and...
Recognition for Lily at Microscopy & Microanalysis 2025!
We are excited to congratulate Junior Research Fellow Lilian Zeinalvand on the opportunity to present her research at the Microscopy & Microanalysis 2025 Conference in Salt Lake City. Her presentation, “Probing Peptide-Based Assemblies Using Liquid and Cryo-TEM,”...
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: In Situ Liquid Cell Electron Microscopy with Simultaneous Control of Heating, Biasing, and Flow
Our researchers have developed a cutting-edge liquid cellTEM platform that allows simultaneous control of electrochemical bias, temperature, and liquid flow. This advanced setup enabled the team to investigate copper nucleation on platinum electrodes under different...
2025 IRG-2: Sequence Programmable Order–Disorder Transitions in Supramolecular Assembly of Peptide Nanofibers
This research shows how specially designed short protein-like molecules (peptides) can be programmed to change shape and join together when triggered by changes in acidity, oxidation, or the addition of a phosphate group—signals that also control natural proteins in...
2025 IRG-2: Chemical Mapping of Nanoparticle–Ligand Interfaces in Optical Nanocavities
Understanding processes in photon–phonon scattering, absorption, and chemical reactions in optical nanocavities is important for single-molecule sensors, single-photon emitters, and photocatalysis. However, the influence of electromagnetic fields, charge transfer, and...
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.



