Research at a glance
Active projects spanning nanoparticle assembly, cancer nanomedicine, and catalytic reaction monitoring.
Dr. Hooshmand's research lab at Texas A&M University–Corpus Christi advances colloid chemistry and nanoplasmonics — developing gold and silver nanoparticle assemblies for ultrasensitive biosensing, photothermal cancer therapy, and next-generation solar energy harvesting.
Active projects spanning nanoparticle assembly, cancer nanomedicine, and catalytic reaction monitoring.
Located in Corpus Christi, Texas. Our lab is part of the Department of Physical and Environmental Sciences in the Center for Sciences, CS 250.
We combine multiscale simulations with precision nanoparticle synthesis to model optical properties and translate them into applications in sensing, diagnostics, cancer treatment, and solar energy.

Explore the lab's current initiatives and research directions.
Engineering metallic nanoparticles with precise geometry to achieve tunable plasmonic resonances for ultrasensitive sensing, cancer biomarker detection, solar energy harvesting, and rapid diagnostics.
Harnessing gold nanoparticles and engineered nanoconstructs for synergistic photothermal, chemotherapy, and photodynamic cancer treatments, with computational modeling guiding nanoparticle design.
Developing advanced plasmonic nanostructures with precisely tunable geometries to probe and enhance surface-catalytic and photocatalytic reactions in real time using SERS and LSPR spectroscopy.
Stay informed about lab milestones, publications, and announcements.
Dr. Hooshmand presented recent findings on cellular mechanisms at the American Association for the Advancement of Science annual meeting.
New research from the lab has been accepted for publication in Nature Science, investigating translational applications of laboratory findings.
Congratulations to our graduate student for receiving a prestigious fellowship for doctoral research in biomedical science.
Faculty, students, and collaborators working together on groundbreaking research.
View TeamA curated collection of peer-reviewed research, datasets, and academic contributions.
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