Research

 
 
Study on mechanochemistry-enabled Diels-Alder reaction published in Science Magazine

Study on mechanochemistry-enabled Diels-Alder reaction published in Science Magazine

Reporting in Science, co-authors Li Yuan (doctoral student) and Alejandro Boscoboinik (former postdoctoral researcher) show how mechanics can drive chemical reactions. This project was a collaborative effort between research groups at University of Pennsylvania, University of California – Merced, and the City University of New York. Read more about the work in the Penn Engineering […]

 
Carpick Research Group collaborates with Penn’s Eidos LGBTQ+ Health Initiative to study better condoms

Carpick Research Group collaborates with Penn’s Eidos LGBTQ+ Health Initiative to study better condoms

Carpick Research Group participates in launch of the Eidos LGBTQ+ Health Initiative at the University of Pennsylvania on November 2, 2022. Eidos is a social innovation hub where evidence-based strategies and cutting-edge scientific discoveries are shaped into ventures focused on improving LGBTQ+ people’s health and well-being. With support from Penn’s Center for AIDS Research and […]

 
New DOE-funded project: metal oxide anti-wear coatings

New DOE-funded project: metal oxide anti-wear coatings

The US Department of Energy has funded a $1.9M grant for a team including the Carpick Lab at UPenn, where lab members Parker LaMascus and Dr. Pranjal Nautiyal will work with the team to develop high-performance coatings for gears and bearings operating in harsh environments. LaMascus and Nautiyal will specialize in rapid testing and material […]

 
New article: in situ study of sliding nanocontacts

New article: in situ study of sliding nanocontacts

Reporting in Nature Communications, postdoctoral alum, Dr. Takaaki Sato, and collaborators studied crystalline silver nanocontacts under various loading conditions. The outcomes of these loading schemes were observed using transmission electron microscopy, which unveiled new mechanistic insights into the behavior of materials under sliding contact. Read more about the study in Nature Communications.

 
New study published in Nano Letters

New study published in Nano Letters

In collaboration with Prof. Ju Li from MIT, this work utilizes a multiscale discrete element method to simulate the deformation of amorphous materials and provides insight into the mechanisms of yielding and hardening phenomena observed in experiments. Read more about it here!