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2025 Undergraduate Awards

April 30, 2025 by Jennifer Brown

On Saturday, April 26th the 4th annual Undergraduate Research Symposium took place in Mossman Hall, with undergraduate students participating in poster and oral presentation competitions. Following the symposium, chemistry undergraduates, family and friends attended the accompanying awards dinner where symposium awards and undergraduate scholarships were distributed. Congratulations to all of this year’s winners!

Undergraduate Research Symposium Award Winners

Poster Award Winner

Joseph Cunningham

Poster Award Winner

Vu Nguyen

Joseph stands in front of a UT Chemistry backdrop holding his award certificate and smiling. Dr. Kilbey and Dr. Nemykin stand with him.
Vu stands in front of a UT Chemistry backdrop holding her award certificate and smiling. Dr. Kilbey and Dr. Nemykin stand with her.

Oral Presentation Winner

Kendra Day

Kendra stands in front of a UT Chemistry backdrop holding her award certificate and smiling. Dr. Kilbey and Dr. Nemykin stand with her.

Scholarship Award Winners

Halbert and Anne Carmichael Scholarship

Taylor Kearbey

Phillip & Mary Reitano Award

Anna Mahar

Dr. Lucy E. Scroggie Scholarship

Vu Nguyen

Taylor stands in front of a UT Chemistry backdrop holding her award certificate and smiling. Dr. Kilbey and Dr. Nemykin stand with her.
Anna stands in front of a UT Chemistry backdrop holding her award certificate and smiling. Dr. Kilbey and Dr. Nemykin stand with her.
Vu stands in front of a UT Chemistry backdrop holding her award certificate and smiling. Dr. Kilbey and Dr. Nemykin stand with her.

Additional Awards (not pictured)

ACS-Hach Land Grant Scholarship

Nathan Stimpson
Brooke Moore

CRC Press General Chemistry Award

Carson Culp

C.W. Keenan Outstanding General Chemistry Student Award

Gabrielle Kalosieh

C.A. Buehler Chemistry Scholarship

Sydney Smith

Melaven-Rhenium Scholarships

Chloe Earls
Samantha Horak
Rahil Parikh
Karlotta Schley
Gabriel Torkelson

Alexandria Wood stands in front of a UT Chemistry backdrop shaking Dr. Nemykin's hand and smiling. She is wearing a medal for participation in the symposium around her neck. Dr. Best is standing beside her.
Dr. Nemykin and 7 students stand in front of a poster prior to the beginning of the symposium. They are posing in a row.
Vu Nguyen is presenting her poster to one of the judges, who is leaning in to get a closer look.
A closeup shot of the paper program for the symposium.
A student is pictured presenting her poster to one of the judges. The photo was captured from above and behind the poster. The student is looking at the poster. The judge is wearing an orange jacket and tie, and is looking at the poster.
Sarah stands in front of the UT Chemistry backdrop, shaking Dr. Nemykin's hand and smiling. She is wearing the medal she received for presenting at the symposium. Dr. Best stands beside her.
Faculty members Dr. Hatab and Dr. Jenkins talk with graduate student Curtis Anderson in the common area of Strong Hall during the poster presentations.
Judges, participants, and guests sit in the lecture hall looking toward the front where a presentation is being delivered.
Anna is presenting her poster to Dr. Nemykin, Alexandria Wood, and a guest during the first poster session.
Dr. Best stands in the lecture hall ahead of the start of the presentations. He is standing in profile looking downward and smiling.
Kendra stands in front of the UT Chemistry backdrop, shaking Dr. Nemykin's hand and smiling. She is wearing the medal she received for presenting at the symposium. Dr. Best stands beside her.
Sydney Smith, Sarah Barber, and Kendra Day are standing at the podium in the lecture hall. They are looking at Sarah's laptop and Kendra is pointing at something on the screen. Taken prior to the start of the presentations.

Filed Under: News, Uncategorized, undergraduate

Selected Faculty Updates and Publications for 2024

November 4, 2024 by Jennifer Brown

Michael Best, professor and associate head of undergraduate education, recently published “Nuclear phosphoinositide signaling promotes YAP/TAZ-TEAD transcriptional activity in breast cancer” in The EMBO Journal. Best and then-postdoctoral researcher Jinchao Lou worked with a team including researchers from the Eppley Institute for Research in Cancer and Allied Diseases and the Fred and Pamela Buffett Cancer Center. Both institutions are part of the University of Nebraska Medical Center.

Assistant Professor Joshua Baccile’s publication “Biological Demands and Toxicity of Isoprenoid Precursors in Bacillus Subtilis Through Cell-Permeant Analogs of Isopentenyl Pyrophosphate and Dimethylallyl Pyrophosphate” was featured on the cover of ChemBioChem. Graduate students Zack Hulsey and Dillon McBee, and undergraduate student Makayla Hedges were co-authors of this publication.

Professor Shawn Campagna’s research group has had a busy year. Seven members have delivered 11 talks or poster presentations at conferences and events, including both the spring and fall meetings of the American Chemical Society, the 3rd Annual Biomembranes Symposium, and the American Society for Mass Spectrometry national meeting.

Assistant Professor Yingwen Cheng was recently awarded a grant by the Department of Energy for a project entitled High Energy and Cycling Stable All-Weather Aqueous Zn Batteries. Cheng plans to develop alkaline-manganese dioxide batteries using minerals with robust supply chains as an alternative to lithium-ion batteries. He has also been named a StART awardee, a program managed by the UT-Oak Ridge Innovation Institute to support collaborations between UT and ORNL researchers.

Associate Professor Ampofo Darko’s group recently published “Chromogenic Detection of the Organophosphorus Nerve Agent Simulant DCP Mediated by Rhodium(II,II) Paddlewheel Complexes” in ACS Sensors. Graduate students Eric Fussell, Ernest Bennin, and Sarah Hirschbeck were co-authors on the publication. At the department’s 2024 Honor’s Day, Darko group member Bukola Ogunyemi was given an Outstanding PhD Candidate Award.

Assistant Professor Thanh Do’s group published “The Rise and Fall of Adenine Clusters in the Gas Phase: A Glimpse into Crystal Growth and Nucleation” in Analytical and Bioanalytical Chemistry. The article was featured on the publication’s cover and included graduate students Damilola Oluwatoba and Happy Safoah as co-authors.

Assistant Professor Fred Heberle recently published “Neutron spin echo shows pHLIP is capable of retarding membrane thickness fluctuations” in Biomchimica et Biophysica Acta (BBA) Biomembranes. The team on this project included researchers from the UT departments of chemistry, physics and astronomy, and biochemical, cellular, and molecular biology. This multidisciplinary group also included ORNL researchers working in the Labs and Soft Matter Group of the Neutron Scattering Division, the Computational Science and Engineering Division, and the Center for Nanophase Materials Sciences.

The research group of Professor David Jenkins has had an exciting year. Three graduate students successfully defended their dissertations in one semester. Two students published first-author papers, and several group members presented at conferences, including the National Meeting of the American Chemical Society and the 51st Annual National Organization for the Professional Advancement of Black Chemists and Chemical Engineers Meeting. Jenkins’ previous publication in ACS Applied Materials and Interfaces was featured in Advances in Engineering.

In just one semester at UT, Assistant Professor Ziying (Nancy) Lei has hit the ground running. Lei has been collecting samples and training graduate students on measuring urban air quality across UT campus, and was recently granted a research permit ahead of a developing collaboration with the National Park Service Research Team at the Great Smoky Mountains National Park. She will also be teaching a new Environmental Chemistry class in spring 2025.

Professor Janice Musfeldt’s work “Structural phase purification of bulk Hfo2:Y through pressure cycling” was published in The Proceedings of the National Academy of Sciences, one of the world’s most cited and comprehensive multidisciplinary journals. She also began a new lecture series featuring women researchers, the first of which was held on the 2024 UN International Day of Women and Girls in Science and featured Karin Rabe, Board of Governors Professor of Physics at Rutgers University.

Associate Professor Sharani Roy published “Semiempirical molecular-orbital calculations of dissociation energies of small molecules containing light elements” in Molecular Physics. At this year’s Honor’s Day event, graduate student Dakota Landrie, a member of Roy’s group, was awarded the inaugural Dr. Robert A. and Phyllis F.J. Yokley Endowed Fellowship.

Konstantinos Vogiatzis, associate professor of theoretical and computational chemistry, received the Pariser Faculty Poster Award at the American Conference on Theoretical Chemistry. The award was in recognition of his poster presentation “Exploration of the Two-Electron Correlation Space with Data-Driven Quantum Chemistry.”

Professor Bin Zhao recently published “Effect of Grafting Density on the Crystallization Behavior of Molecular Bottlebrushes” in Macromolecules. This paper continues Zhao’s work with bottlebrush polymers and was co-authored by former graduate students Ethan Kent and Michael Kelly.

Filed Under: Uncategorized

Photo of a poster session

2024 Undergraduate Awards

May 7, 2024 by Jennifer Brown

On Saturday, April 27th the 3rd annual Undergraduate Research Symposium took place in Mossman Hall, with undergraduate students participating in poster and oral presentation competitions. Following the symposium, chemistry undergraduates, family and friends attended the accompanying awards dinner where symposium awards and undergraduate scholarships were distributed. Congratulations to all of this year’s winners!

Undergraduate Research Symposium Award Winners

Poster Award Winner

Maryam Ahmed

Poster Award Winner

Grayson Cobb

Oral Presentation Winner

Kendra Day

Oral Presentation Winner

Makayla Hedges

Scholarship Award Winners

C.W. Keenan Outstanding General Chemistry Student Award

Vu (Lynn) Nguyen

Phillip & Mary Reitano Award

Rahil Parikh

Dr. Lucy E. Scroggie Scholarship

Caleb Russell

Halbert and Anne Carmichael Scholarship

Bailey Dvorak

C.A. Buehler Chemistry Scholarship

Makayla Hedges

Additional Awards (not pictured)

ACS-Hach Land Grant Scholarship

Nathan Stimpson

CRC Press General Chemistry Award

Reed Heflin

Melaven-Rhenium Scholarships

Bailey Dvorak
Chloe Earls
Alexandria Wood

Filed Under: News, Uncategorized, undergraduate

Ferroelectric-Hafnia-Singh

Musfeldt Leverages Pressure for Future Energy Storage

February 12, 2024 by newframe

A group of researchers including Jan Musfeldt, Ziegler professor of chemistry at the University of Tennessee, recently published in the Proceedings of the National Academy of Sciences (PNAS). The article details the discovery that pressure can be used to create and control the phase and properties of hafnia.

Hafnium oxide, or hafnia, is a material that has interested researchers for many decades. Highly insoluble and temperature stable, hafnia has been leveraged in applications as diverse as optical coatings for glasses and camera lenses, fuel cells, and passive building insulation. Advanced electronics and energy storage applications are, however, generating the most excitement.

Since 2007, amorphous hafnia thin films have been employed as gate dielectrics in CMOS technology, enabling the continuation of Moore’s scaling of DRAM chips. Ferroelectricity and silicon compatibility make hafnia an attractive candidate for nonvolatile ferroelectric FET devices as well as negative capacitance heterostructures. Recent break-throughs impacting the development of advanced chip technologies include the discovery of flat phonon bands and their connection to the energy landscape in the vicinity of the polar phase and the incredibly rich variety of competing phases in crystalline thin films of hafnia.

“I love this project!” said Musfeldt. “It brings together the fundamental science of phase competition under external stimuli and work at the Frontier Infrared Spectroscopy beamline at the National Synchrotron Light Source II with the growth of whole families of high-quality single crystals and complementary first-principles theory to predict phase stability, signatures, and properties. It’s also a great chance to work with friends from Rutgers, Rochester, and Brookhaven.”

One challenge in this field involves the use of very high temperature laser floating zone and rapid quenching process of the crystal growth combined with an yttrium stabilizer in concentrations of up to 20%. While effective, the high levels of yttrium used impacts the purity of the material, which in turn affects performance.

Musfeldt and her collaborators wanted to investigate an alternative means of creating the various phases of hafnia using less stabilizer. They settled on compression (or pressure) as a technique with the potential to do the job. The fact that pressure changes bond lengths and angles provides access to exciting new and stable phases of materials. A similar approach was used in the development of synthetic diamonds.

Hafnia crystal photographed by Jan Musfeldt.

Musfeldt’s team, including post-doctoral researcher Yanhong Gu, conducted a series of experiments using pressure to coax hafnia into the desired antiferroelectric phase. They found that not only did this method work, but the material also remained stable once pressure was removed. Repeated analysis of the product led them to conclude that the material was indefinitely stable at room temperature.

“The material remains stable both with time and through high-temperature annealing,” said Gu.

In addition to showing that compression was a suitable means of achieving a stable antiferroelectric state in hafnia, Musfeldt’s team also confirmed this “pressure-induced chemical reaction” could be done at room temperature with 36% less yttrium stabilizer than previously required by high temperature growth techniques.

“Reducing the among of yttrium stabilizer is crucial to preserving the fundamental performance of these materials”, says Musfeldt.

At the same time, the team was able to use even higher pressures to create the tetragonal form of hafnia. This phase had been theoretically predicted to exist but never confirmed until now.

To identify these previously elusive phases, Musfeldt’s team used predictions developed by her collaborators at the University of Rochester and Rutgers University. Sobhit Singh, David Vanderbilt, and Karin Rabe specialize in computationally predicting the properties of materials. They calculated that compression could be used to stabilize both the antiferroelectric and tetragonal forms of hafnia as well as the vibrational fingerprints that were matched with the experimental measurements.

This figure from the publication summarizes the pressure pathways and various phases of hafnia, including the theorized tetragonal phase, confirmed by Musfeldt.

“Our first-principles calculations unambiguously predict the phase transition from the mixed-phase structure to the desired pure-metastable phase of hafnia at pressures above 6 GPa,” said Sobhit Singh, co-author and assistant professor at the University of Rochester.

“It’s exciting when theory and experiment dovetail so beautifully”, says Musfeldt.

PNAS is one of the world’s most-cited and comprehensive multidisciplinary journals. The full article can be found here. 

Feature image courtesy of Sobhit Singh, University of Rochester.

Filed Under: Uncategorized

Vogiatzis named Bodossaki Distinguished Young Scientist

June 27, 2023 by Jennifer Brown

Konstantinos Vogiatzis, associate professor in the chemistry department, has been named a Bodossaki Distinguished Young Scientist Award winner. The award recognizes young Greek scientists for their work in a number of academic fields, including science, life sciences, applied science and technology, and the social sciences.

Vogiatzis’ work is centered on the development of computational methods based on electronic structure theory and artificial intelligence. He and his team apply this to chemical systems for clean, green technology.

“As an independent researcher, my work has focused on leveraging machine learning in computational chemistry, using modeling and simulation for the discovery of novel molecules and materials with enhanced properties,” said Vogiatzis. “The guiding objective of my research is to clarify the fundamental physical principles influencing the properties of molecules and materials through the interpretation of experimental data.”

Since 1993, the Bodossaki Foundation has distributed Distinguished Young Scientist Awards every two years. In that time, 57 Greek scientists have been recognized for outstanding research conducted across a global stage. Candidates for the Bodossaki Distinguished Young Scientist Award are nominated by peers, collaborators, and institutions in which they work. Vogiatzis was nominated by Vanda Glezakou, a colleague at Oak Ridge National Laboratory and fellow native of Greece.

Vogiatzis will attend a ceremony in Greece this summer where he will be presented with his award.As a Bodossaki honoree, Vogiatzis joins the ranks of Greek professors working at leading research institutions around the world, including Harvard University, the University of Oxford, and the University of Toronto.

“I would like to express my gratitude to the Bodossaki Foundation, both for recognizing my work and for the honor of being included among the outstanding scientists receiving these awards now and in years past,” said Vogiatzis. “This award is the result of a 17-year course of scientific study that began in the classrooms and research laboratories of Greek universities. This, however, is just the beginning and I look forward to many more years continuing the search for new discoveries in the field of chemistry.”

Vogiatzis joined the University of Tennessee, Knoxville in 2016. Since that time, he has authored more than 40 publications and mentored 15 graduate students. He is the recipient of the 2020 and 2022 Ffrancon Williams Endowed Faculty Award in Chemistry, the 2021 OpenEye Outstanding Junior Faculty Award presented by the American Chemical Society, and a 2021 NSF CAREER award.

Read more about the Bodossaki Foundation and the 2023 Distinguished Young Scientist awardees here.

 

Filed Under: News, Physical Chemistry, Uncategorized Tagged With: physical chemistry, Vogiatzis

Kevin Smith Featured by Berkeley Lab

April 26, 2023 by Jennifer Brown

Graduate student Kevin Smith and Professor Janice Musfeldt were recently featured by Lawrence Berkeley National Laboratory for their work with the Advanced Light Source (ALS). The highlight described the work in their paper entitled “Real-Space Infrared Spectroscopy of Ferroelectric Domain Walls in Multiferroic h-(Lu,Sc)FeO3” published in ACS Applied Matter Interfaces.

Smith and Musfeldt used infrared light from the ALS to investigate the properties of the domain walls that separate electrically polarized regions in a rare-earth ferrite material. Their findings open the door to broadband imaging of physical and chemical heterogeneity in ferroics, and improved understandings of the properties of flexible defect states. The complete highlight is available here. 

Filed Under: News, Uncategorized

Chemistry Students Named Volunteers of Distinction

April 11, 2023 by Jennifer Brown

Two undergraduate chemistry students are included in the 2023 Volunteer of Distinction Award winners. Drake Robins and Clay West were nominated by faculty members and joined the ranks of students from across the university being honored.

Drake Robins is a fourth-year senior studying analytical chemistry. He is a member of the Air Force ROTC and has been working in Associate Professor Bhavya Sharma’s lab since his junior year. After graduation, Robins will join the United States Air Force and attend Undergraduate Pilot Training. Robins expressed his gratitude for the award and his time at the University of Tennessee.

“Academics and research have always been a top priority for me throughout my time at UT, and I feel extremely blessed to be recognized for it this close to graduation,” said Robins.

Clay West, also a fourth-year senior, is a student in the department’s American Chemical Society certified bachelor’s degree program. He plans to spend the year after graduation applying to graduate schools and preparing to pursue a PhD in organic chemistry. West stated he was grateful to receive the Volunteer of Distinction Award and considers it to be a reflection of the work he has put into earning his degree.

The Volunteer of Distinction Awards were created in 2021 by the university to recognize students across campus who exhibit extraordinary academic achievement, professional promise, or excellence in research. Previous award winners from the chemistry department include Maggie Eslinger, Hannah Hagewood, Elijah Hix, Galvin McCarver, and Wilson Wang.

Filed Under: Uncategorized, Undergraduate Student Spotlight

Jones Wins NVIDIA GPU Poster Award

April 10, 2023 by Jennifer Brown

Grier Jones, fifth year chemistry PhD student, recently won a poster competition at the spring meeting of the American Chemical Society (ACS). His poster, entitled “Exploring the topology of electronic correlation with graph neural networks” earned the NVIDIA GPU Award for Best GPU Poster. The award targets excellent computational chemistry research using a graphical processing unit (GPU).

GPUs are most often associated with the high-quality images seen on gaming computers. However, the highly parallelized architecture of GPUs offers an acceleration platform that can outperform central processing units (CPUs) when processing large amounts of data in parallel. This has implications for scientific computing and machine learning applications, which have traditionally used CPUs.

Jones has developed a novel computational model that incorporates GPUs with graph neural networks (GNNs) and topological data analysis (TDA) to explore the topology of electron correlation. By incorporating two central motifs of the machine learning projects in the Vogiatzis lab, Data-Driven Quantum Chemistry (DDQC) and the application of persistent homology this study provides new perspectives on both the topological nature of electron correlation and the data-driven algorithms used to capture electron correlation.

For the purposes of this study, GPUs provided by the Infrastructure for Scientific Applications and Advanced Computing (ISAAC) cluster at the University of Tennessee were used. Training machine learning models on GPUs allows for the exploration of large datasets by reducing the computational time required to train the models. As a second step, persistent homology was used to characterize the transferability in the machine learning models between system size.

Jones expressed his gratitude to the Graduate Student Senate Travel Award and the Vogiatzis’ NSF-CAREER award for providing financial support for his participation in the ACS Spring 2023 National Meeting in Indianapolis. The award provides a professional workstation-level NVIDIA GPU, which Grier is excited to incorporate into his current and future projects.

The NVIDIA GPU Award for Best GPU Poster is a competitive biannual award sponsored by NVIDIA and the American Chemical Society’s Division of Computers in Chemistry.

Filed Under: Graduate Student Spotlight, Uncategorized

Dai #64 in the World’s Chemist Ranking

April 18, 2022 by newframe

Filed Under: Uncategorized

Do Wins National American Society for Mass Spectrometry Award

March 22, 2022 by newframe

Filed Under: Uncategorized

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