Inorganic

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

Title: Distorted Tricoordinate Phosphorus Compounds as Biphilic Catalysts 

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

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

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.