Inorganic

Inquires please contact Camille Pride at campride@sas.upenn.edu

Title:   Breaking Strong Bonds and Recovering Rare Earths: Adventures in Sustainable Chemistry

Inquires please contact Camille Pride at campride@sas.upenn.edu

Title: Structure, Bonding and Mechanism in Iron-Catalyzed Cross-Coupling

Inquires please contact Camille Pride at campride@sas.upenn.edu

Title: Cyclophane-Supported Trimetallic Clusters: N2 cleavage, O2 activation and O-atom transfer reactivity

Abstract:

Inquires please contact Camille Pride at campride@sas.upenn.edu

Attached Document: 

Dichtel Flier.pdf

Porous Polymers for Water Purification and Electrical Energy Storage

Abstract

Inquires please contact Camille Pride at campride@sas.upenn.edu

Title: Chemistry, Biochemistry, and Pharmacology of the Ubiquitin System

Abstract: Our research program aims to provide critical insights onto physiological functions of the ubiquitin system; one of the most complex and enigmatic systems known to date.

As of today we know that approximately 800 enzymes regulate the dynamic ubiquitination of 19,000 protein substrates thus representing a vast and unexplored area of the human druggable genome.

Despite their ubiquity in consumer electronics, rare-earth metals are, as their name suggests, hard to come by. Mining and purifying them is an expensive, labor-intensive and ecologically devastating process. Schelter and his colleagues have devised a new, simple method for separating the two rare-earth metals that are commonly found in things like wind turbine generators and power tool motors, enabling them to be recycled into new products.  

Inquires please contact Camille Pride at campride@sas.upenn.edu

Title: Titanium Minerals and Biochemistry