Thomas Coates, sophomore in computer science and engineering, is collaborating with Prof. Sergey Leonov on nanosecond resolution camera imaging of a single-pin streamer electric discharge.

Hannah Collins, a junior in chemistry with a minor in energy studies, is conducting a fundamental materials studies on fast ion diffusion in model side-chain ionomers under the direction of Prof. Jennifer Schaefer.

Samuel Gruenler, a junior in economics with a minor in energy studies, is collaborating with Prof. Christiane Baumeister on a risk assessment in energy markets.

Alexander Hymes, a senior in chemistry with business, is collaborating with Prof. Haifeng Gao on designing a polymer network containing exchangeable bonds, called covalent adaptable networks or CANs, based on the recently developed Friedel-Crafts (F-C) hydroxyalkylation polymerization technique.

Emma Kerr, a junior in chemical and biomolecular engineering with a minor in energy studies, is conducting a fundamental materials studies on fast ion diffusion in model side-chain ionomers under the direction of Prof. Jennifer Schaefer.

Seryeong Lee, a senior in chemistry, is collaborating with Prof. Emily Tsui to model the FTIR spectra of organometallic fragments coordinated to the surfaces of semiconductor nanocrystals.

Jacob Novitch, a junior in civil and environmental engineering and earth sciences, is studying the effect of hydroxylamine on the structure and function of nitrifying biofilms under the direction of Prof. Robert Nerenberg.

Melanie Perez, a sophomore in mechanical engineering, is studying nanomaterials for energy technologies that withstand high temperatures and harsh chemical environments under the direction of Prof. Svetlana Neretina.

Robert Schaefer, a senior in electrical engineering, is studying energy efficient parallel computing with applications in large scale fluid simulations and machine learning under the direction of Prof. Vijay Gupta.

Ethan Sunshine, a senior in chemical engineering and mathematics with a minor in computational engineering, is using computational models to predict the low-energy surfaces of nickel phosphide particles and to compute CO adsorption energies and vibrational spectroscopy under the direction of Prof. William Schneider.

Christina Tan, a junior in chemical and biomolecular engineering, is collaborating with Prof. Yamil Colon on the automated detection of defects in porous materials with machine learning.

Allison Taylor and Brendan Kane, juniors in aerospace engineering, are studying the advancement of icephobic coating for reducing ice accretion on a heat exchanger under the direction of Prof. Hirotaka Sakaue.

Akin Adegoke, a junior in mechanical engineering with a minor in energy studies, is collaborating with Prof. Paul Rumbach on “Integrating Photovoltaic Infrastructure and Agriculture.”

Annika Barron, a freshman in physics in medicine and global affairs and a member of the Glynn Family Honors Program, is collaborating with Prof. Jay LaVerne on “Radiolysis of Lunar Regolith and Surrogates.”

Thomas Coates, a sophomore in computer science and engineering with a minor in energy studies, is collaborating with Prof. Sergey Leonov on “Probe Waveform and Nanosecond Imaging Comparative Analysis for Volumetric Space Charge Waves.”

Robert Crawford, a junior in architecture with minors in sustainability and computing and digital technologies, is collaborating with Prof. John Onyango on “Solar Energy Potential in South Bend.”

Neila Gross, a junior in chemical engineering, is collaborating with Prof. Albert Ceronne and Prof. Robert Nerenberg on “Understanding the Effects of Sonication on Biofilm Removal.”

Brian Kang, a junior in chemical engineering with a minor in energy studies, is collaborating with Prof. Prashant Kamat on “How Chloride Suppresses Photoinduced Phase Segregation in Mixed Halide Perovskites.”

Thomas Kasl, a junior in chemistry and bioengineering, is collaborating with Prof. William Phillip on “3D-Printing Hierarchical Nanostructure Absorbance for Contaminant Removal and Resource Recovery.”

Collin Kemper, a junior in chemical engineering, is collaborating with Kyle Doudrick on “Optimization of Fog Harps as an Energy-Free Method to Collect Drinking Water for Caribbean Nations.”

Cara Kilmartin, a junior in chemical engineering with a minor in energy studies, is collaborating with Prof. William Phillip on “Resource Recovery using Diafiltration Membrane Modeling and Separation Processes.”

Olivia Lanchoney, a senior in chemistry and Arabic, is collaborating with Prof. Vlad Iluc on “Synthesis of a Three-Coordinate Nickel Alkylidene.”

Erin Ludwig, a junior in environmental engineering with a minor in energy studies, is collaborating with Prof. Melissa Berke on “Using Chemical Lichenometry to Understand Coastal Storm Deposits.”

Audrey Miles, a sophomore in chemistry with computing and mathematics, is collaborating with Prof. William Schneider on “Benchmarking Ammonia Synthesis Entropies in Microkinetic Modeling.”

Stephanie Mueller, a junior in biochemistry and anthropology, is collaborating with Prof. Vlad Iluc on “Zinc(II) Carbene Synthesis and Reactivity.”

Marlena Muszynska, a junior in biological sciences, is collaborating with Ian Lightcap on “Synthesis, Characterization and Electrochemical Testing of Iron/Iron Oxide Clusters as Potential Replacements for Platinum in Hydrogen Fuel Cells.”

Amanda Patterson, a junior in environmental science with a minor in energy studies, is collaborating with Prof. Peter Burns on “Breakdown of Uranyl Peroxide Nanoclusters in Low Aqueous Concentrations; Pueblo of Laguna.”

Christina Tan, a junior in chemical engineering, is collaborating with Prof. Yamil Colon on “Automated Detection of Defects in Porous Materials with Machine Learning.”.

Alex Tullman, a junior in finance with minors in energy studies and history, is collaborating with Ian Lightcap on “Can Coating Power Transmission Lines with Graphene Increase Conduction Efficiency?”

Noah Wamble, a senior in chemical engineering, is collaborating with Prof. Alexander Dowling on “Novel Diafiltration Cascades for Lithium-Ion Battery Recycling.”