Accepted Presentations

 Name Topic Title
Miss Charlotte BaileyInorganic Chemistry

Use of ‘Molecular Nanoparticles’ of Cerium Dioxide as supports for d-block Transition Metals

Mr. Amirhossein ZareihassangheshlaghiInorganic Chemistry

Enhancing Thermoelectric Zintl Phases Through Site Mixing and High-Entropy Design

Prof. Michael LufasoInorganic Chemistry

Simple chemical substitutions and complex effects on the structure and physical properties of bismuth-containing mixed-metal oxides

Dr. Steven Austin LComputational Chemistry

Achieving sustained conformational exploration with CALMS: Continually Adaptive Local Memory Sampling

Mr. Thenahandi Namindu Rangana De SilvaComputational Chemistry

MDZip: Neural Compression of Molecular Dynamics Trajectories for Scalable Storage and Ensemble Reconstruction

Mrs. Melanie VeigeChemistry Education

Can Gen AI Case Studies Affect Student Interest in General Chemistry Laboratory?

Dr. Martina SumnerChemistry Education

Reducing DEW Rates in Non-Majors Organic Chemistry: What Made the Difference?

Dr. Nelly MateevaChemistry Education

Chemistry meets AI: Building the next generation of scientific thinkers

Amanda Chee-AwaiChemistry Education

Engagement and motivation: Perspectives of disabled students in flipped organic chemistry and biochemistry courses 

Ms. Charlotte DisneyChemistry Education

Evaluating the effectiveness of a sustainable, hands-on activity to teach experimental error

Ms. Fatima KhogaliChemistry Education

Evaluating Item Writing Flaws in Undergraduate MCQs: A Comparative Analysis of Publisher- and Instructor-Generated Items 

Dr. Stefanie HabenichtChemistry Education

AI-driven innovation in organic chemistry assignment design and grading

Miss Leah KesslerChemistry Education

Outreach Initiatives and Resources by the ACS Student Chapter at the University of Florida



Dr. Szymon CiesielskiBiochemistry / Chem Bio.

Exploring the organization of interactions between the J-domain protein and the molecular chaperone Hsp70

Mr. Zain BecerraBiochemistry / Chem Bio.

How to Improve the Catalytic Efficiencies of Oxalate Decarboxylases

 Name Topic Title