Chemistry

In this presentation, we show that multivariate metal-organic frameworks (MTV MOFs)—isoreticular frameworks made with mixed links—can be prepared as SSS approach by considering their underlying topology and homeomorphic relations, according to the theory of periodic nets.

This talk will discuss the challenges in hepatic drug delivery, as well as the latest advancements in nanotechnology-based approaches. These innovations hold the promise of enhancing intracellular delivery of therapeutics, thus offering new hope for the treatment of liver diseases.

Title: Recent Paper Spray Ionization Applications Using Functionalized Paper Substrates
Speaker: Nate Morgan

As intermittent power sources like wind and solar enter the grid and portable electronics rise in ubiquity, electrochemical energy storage devices must improve to keep up with demand. One promising emerging technology is redox-based pseudocapacitance, which uses fast surface redox processes for rapid charging and discharging.

Studying materials at extreme conditions is not only relevant to nuclear weapon conditions, but also to planetary interiors. Highly accurate equation of state data at extreme conditions provides a solid basis for models that enable predictive simulation of material properties. In this talk, I will cover the investigation of two different material categories at extreme conditions: pre-compressed H2-He gas-mixtures and lanthanides.

Title: Application of Auxiliary Field Quantum Monte Carlo to Actinide Thermochemistry
Speaker: Brooke Bonar
Group: Peterson