Tori Sorg Awarded the R.F. Smith School’s Highest Honor for Research Excellence

tori_outreachVictoria (Tori) Sorg received the Austin hooey award for Fall 2016 in recognition of the excellence of her thesis research. Tori gave a departmental seminar on Dec. 5th on her experimental work to increase dopant activation in InGaAs materials. The award also requires a compelling case for the honoree’s service to the department and the community. Tori’s commitment to the CBE Grad Women’s Group and to mentoring a host of students, many of whom have now matriculated to PhD programs across the country, was a key part of her success in securing this prestigious award.

Tori is an NSF Graduate Fellow, and Intel Graduate Fellow. She will graduate in May 2017 and join Intel Corp. where she is surely poised for future success.

Jingyang Wang Passes his Admission to Candidacy Exam

jingyang_mark_wang_new_cropCongratulations to Jingyang for passing his “A” exam this month (Dec. ‘16). Jingyang discussed his ab initio studies of dopant formation energies of Si dopants in InGaAs, including accurate GW calculations of the band gap that were close to experimental values. Jingyang also described his future work on metal/InGaAs interfaces to his committee consisting of Profs. Thompson (MSE), Fennie (AEP) and DiSalvo (Chem.).

Two new Clancy group papers on Lead Halide Perovskite Complexation in Solution

Electron density of a lead halide perovskite cluster in solution.

Electron density of a lead halide
perovskite cluster in solution.

We’ve just published two new papers that offer a novel approach to predict the effectiveness of solubility of lead halide perovskites precursor complexes in solution. The theory behind using the Mayer Bond Order as a metric for predicting the effectiveness of the choice of cations, halides, additives and solvents was just published in Chemistry of Materials. Validating experiments were provided by our Princeton collaborations from Prof. Lynn Loo’s group.

Proof of the practical usefulness of using this metric was shown regarding the promise of THTO as a HOIP additive in a paper published in J. Mater. Chem. A. Check out our inside front cover image!

Artistic rendition of lead halide perovskites nucleating and growing from solution.

Artistic rendition of lead
halide perovskites nucleating and growing
from solution.

 

 

Former graduate student, Dr. James Stevenson was first author on the Chem. Mater. Paper. Current student, Blaire Sorenson, was the computational lead on the J. Mater. Chem. A paper, which also credited the work of Blaire’s wonderful undergraduate protégée, Angela Harper from Wake Forest University. This work was led by our wonderful U. Va. experimental collaborators in Joshua Choi’s lab.

Welcome to the group! Fall 2016

Andrew Ruttinger

Andrew Ruttinger

We are delighted to add six new members to the Clancy group for AY 2016-17. MS/PhD candidate Andrew Ruttinger is a BS ChE graduate from McGill University in Canada. He was a RISE/DAAD research intern at the Technical University of Kaiserslautern in Germany and an active member of the student council. Ms. Haili Jia is an MS student who is working with mentor Jingyang Wang to look at accelerated search algorithms for random III-V alloys.

We are delighted to add four sophomore chemical engineering students: Mr. Jason Liu, Ms. Jee Won Yang, Mr. Spencer Hong, and Ms. Mia Mishaan. Jason Liu is working with Mardochee Reveil on III-V materials, Jee Won is working with Henry Herbol on quantum dot simulations, Spencer Hong will be working with Blaire Sorenson on lead halide perovskites. In the spring, Mia Mishaan will begin a new project on organic electronic materials.

Mardochee Reveil Spends a Summer Internship at Corning Inc.

Reveil_Mardochee_tinyClancy group member, Mardochee Reveil, spent the summer of 2016 at Corning Inc. working with Corning scientists Adama Tandia, John Mauro, Jian Luo and Deenamma Vargheese to model the thermal poling of glasses using Molecular Dynamics simulation.   This productive collaboration will result in two publications.

Tandia, M. Reveil, K. D. Vargheese J. Luo, J. C. Mauro P. Clancy, Modeling the Thermal Poling of Glasses Using Molecular Dynamics, J. Non-Cryst. Solids, to be submitted Nov. (2016)

Henry Herbol awarded a Corning “Glass Age” Scholarship

henry_photoMSE PhD student Henry Herbol was awarded one of Corning’s Glass Age Scholarships for AY 2016-17. The Scholarship is awarded to an outstanding PhD student, allowing them to work closely with Corning scientists on a glass science research project. Henry is working with Drs. Aravind Rammohan, Venkatesh Botu and Sushmit Goyal to create a new reactive force field suitable of capturing chemical reactions at glass interfaces. Henry worked at Corning from January to June in 2016.