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Home » News

News

Best Named Undergraduate Research Mentor of the Year

May 21, 2026 by Jennifer Brown

Professor Michael Best stands with Provost John Zomchick. They are holding the award and they are flanked by vertical floral arrangements containing multiple shades of orange, white, and green.

Chemistry Professor Michael Best was recently named Undergraduate Research Mentor of the Year at the Chancellor’s Academic Honors Banquet. These awards honor two faculty members who have shown outstanding commitment to mentoring undergraduate research students, one each for early career and late career faculty, the latter of which was awarded to Best.

Best joined the Department of Chemistry in 2005. Since then, he has served in a number of capacities with the department including as principal investigator for the department’s National Science Foundation Research Experience for Undergraduates (REU) and, most recently, the associate head of undergraduate education.

In his role as associate head, Best drives engagement with undergraduate chemistry majors through ongoing communication and semi-annual social activities, including Undergraduate Research Sign-Up Day. Undergraduate Research Sign-up events are designed to encourage chemistry majors to get hands-on research experience in a working laboratory setting, an experience Best believes is an important opportunity for students.

“I was very fortunate to enjoy a wonderful undergraduate research experience at Boston College under my advisor, Professor Larry Scott. This was pivotal for both my personal and scientific development, and quite literally changed my career trajectory,” said Best. “Since I benefitted so much from my own experience, it’s important to me that my lab offers opportunities for undergraduate students to engage in research and explore their interests.”

Since joining the department, Best has welcomed more than 90 undergraduate students into his lab, providing them an opportunity to gain valuable skills and experience that will support them in their future careers, both in the lab and beyond.

“Whether students ultimately elect to pursue a career in scientific research or not, my experience has always been that research is a highly rewarding opportunity for undergraduate researchers, graduate student mentors, and faculty advisors alike,” said Best.

Undergraduate Research Mentor of the Year is one of many awards given at the annual Chancellor’s Academic Honors Banquet each spring. A complete list of this year’s winners is available Employee Hub Site (login required).

Filed Under: News Tagged With: Michael Best

2026 Honors Day

May 19, 2026 by Jennifer Brown

On Thursday, April 30th the Department of Chemistry held its annual Honors Day event. Honors Day is an opportunity to recognize student, faculty, and staff excellence via awards and fellowships. We were honored to have Charmaine Mamantov as the keynote speaker. Ruth Pratt and Tom Warner were also in attendance to award the George K. Schweitzer Fellowship and the Burchfield Burridge Warner Fellowship, respectively.

Honors Day Awardees

Outstanding Graduate Teaching Award

Thomas Jones

Outstanding Graduate Teaching Award

Mohamed Abdelaty

Charles W. Keenan Award

Kelsie Tuggle

Thomas Jones stands with Dr. Shaughnessy holding the certificate for his award.
Mohamed Abdelaty stands with Dr. Shaughnessy holding the certificate for his award.
Kelsie Tuggle stands with Dr. Shaughnessy holding the certificate for her award.

Outstanding PhD Candidate

Ian Misiak

Outstanding PhD Candidate

Alexander Ellis

Outstanding PhD Candidate

Jack Smith

Ian Misiak stands with Dr. Shaughnessy holding the certificate for his award.
Alexander Ellis stands with Dr. Shaughnessy holding the certificate for his award.
Jack Smith stands with Dr. Shaughnessy holding the certificate for his award.

Judson Hall Robertson Fellowship in Analytical Chemistry

Emmanuel Nkyaagye

Jerome Eastham Fellowship in Organic Chemistry

Lihan Qi

Graduate Fellowship for Achievement in Inorganic Chemistry

Bukola Ogunyemi

Emmanuel Nkyaagye stands with Dr. Shaughnessy holding the certificate for his award.
Lihan Qi stands with Dr. Shaughnessy holding the certificate for his award.
Bukola Ogunyemi stands with Dr. Shaughnessy holding the certificate for her award.

Eugene Barber Fellowship in Physical Chemistry

Sambridhi Shah

Burchfield Burridge Warner Fellowship in Polymer Chemistry

Kingsley Ojima

Dr. Robert A. & Phyllis F.J. Yokley Endowed Fellowship

Dhilip Kumar

Sambridhi Shah stands with Dr. Shaughnessy holding the certificate for her award.
Kingsley Ojima stands with Dr. Shaughnessy and Tom Warner, holding the certificate for his award.
Dhilip Kumar stands with Dr. Shaughnessy holding the certificate for his award.

George K. Schweitzer Endowed Fellowship

Adiat Fakolujo

Gleb Mamantov Graduate Chemistry Scholar

Kevin Siniard

Adiat Fakolujo stands with Dr. Shaughnessy and Ruth Pratt, holding the certificate for her award.
Kevin Siniard stands with Charmaine Mamantov and Dr. Shaughnessy holding the certificate for his award.

Faculty Awards

Zeigler Professorship

Michael Best

Dr. Michael Best stands with Dr. Shaughnessy holding the certificate for his award.

Staff Awards

Outstanding Service Awards

Tasha Smith
Rick Parker

Tasha Smith stands with Dr. Shaughnessy holding the certificate for her award.
Rick Parker stands with Dr. Shaughnessy holding the certificate for his award.

ACGS Awards

ACGS Member of the Year

Haleigh Grace
Bright Daniel

Carol Moulton Staff Member of the Year

Tasha Smith

Bright Daniel and Haleigh Grace stand with Dr. Shaughnessy holding the certificates for their awards.
Tasha Smith stands with Dr. Shaughnessy holding the certificate for her award.

SMACS Awards

Outstanding TA Award

Paul Pitcher
Henry Brothers

Outstanding Staff Service Award

Matt Tomm
Jacob Hause

Paul Pitcher and Henry Brothers stand with Dr. Shaughnessy holding the certificates for their awards.
Jacob Hause and Matt Tom stand with Dr. Shaughnessy holding the certificates for their awards.

Not Pictured

James F. Green ACGS Service Award

Chase Collings

Alexander Van Hook Professorship

Konstantinos Vogiatzis

SMACS Outstanding Chemistry Professor Award

Xian Carrol

Dr. Shaughnessy stands behind a table with the opening slide for Honors Day 2026 displayed on the screen behind and above him. He is beginning the presentation and looks out at the crowd.
Graduate students stand in line for food beneath a balloon arch composed of orange, white, and gray balloons.
Charmaine Mamantov sits in a chair holding a paper with her notes as she delivers they keynote address for Honors Day. She looks out at the audience and has one finger raised and slightly pointed toward the audience.
Dr. Brian Long and Dr. Kevin Shaughnessy are standing in front of some of the guests for Honors Day, having a conversation. There is a garland or orange, white, and gray balloons behind them.
Guests at Honors Day sit at long tables talking with one another.
A group of raffle gifts sits on a dark table, including an orange Chemistry branded tumbler, a gray and orange UT Nike hat, a gray belt bag with a power T, a pack of UT branded cards and dice, and an orange and white checkered stuffed unicorn with an orange horn.
Haleigh Grace and Charmaine Mamantov smile at the camera. Charmaine Mamantov has her arm around Haleigh's shoulers.

Filed Under: News Tagged With: Honors Day, Mamantov

Vu (Lynn) Nguyen, winner of the oral presentation award, holds a lavalier microphone in one hand and a clicker in the other as she delivers her oral presentation.

2026 Undergraduate Awards

April 24, 2026 by Jennifer Brown

On Saturday, April 11th the Rocky Top Chemistry 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!

Symposium Award Winners

Oral Presentation Award Winner

Lynn Nguyen (Best Group) – Cysteine-Responsive Liposome for Cellular Delivery

Poster Presentation Award Winners

Emily Cameron (McNicholas Group) – Transition Metal Heliphyrin Complexes as Electrocatalysts for CO2 Reduction

Lindsey Morgan (Darko Group) – Photolytic Decomposition of Δ3-1,3,4-Oxadiazoline Precursors for in situ Generation of Dialkyl Metal Carbenes to Catalyze Intermolecular Si–H Insertions

Loudon Rogers (Zhao Group) – Synthesis of a Zwitterionic Polymer via Post-polymerization Modification

Ashton Dy (Vogiatzis Group) – Multi-Objective Reinforcement Learning for NLRP3 Inhibitor Discovery in Alzheimer’s Disease

Scholarship Award Winners

CRC Press General Chemistry Award – Abby Webb

C.W. Keenan Outstanding General Chemistry Student Award – Andrew Goans

ACS-Hach Land Grant Scholarship – Brooke Moore, Mackenzie Owens

Judson Hall Robertson Award in Analytical Chemistry – Lindsey Morgan

Melaven-Rhenium Scholarships – Paulie Chua, Lauren Kliesner, Alli Rumbaugh, Karlotta Schley, Shannon Willard

Phillip and Mary Reitano Scholarship – Karlotta Schley

Dr. Lucy E. Scroggie Scholarship – Neil Parek

Halbert and Anne Carmichael Scholarship – Lynn Nguyen

Eastman Summer Undergraduate Research Fellowship – Anna Mahar

C.A. Buehler Chemistry Scholarship – Rahil Parik

Additional Announcements

2025 Science Undergraduate Laboratory Internship (SULI) at ORNL – Rahil Parik

ACS National Meeting Poster Award in Colloid Division – Ryan Millsaps

East Tennessee Section UT Senior Chemistry Student Award – Alden Dexter

A symposium participant points out an image on his poster while describing his research to Dr. Michael Best.
Vu (Lynn) Nguyen, winner of the oral presentation award, holds a lavalier microphone in one hand and a clicker in the other as she delivers her oral presentation.
Symposium attendees sit at long tables in the Mossman Hall lobby having lunch.
Rahil Parikh sets up for his oral presentation as Dr. Michael Best waits to introduce him.
Dr. Kevin Shaughnessy is talking with Dr. Nahla Hatab at a table in the Mossman lecture hall after the oral presentation session of the symposium.
A wide shot of the symposium poster session, including students, faculty members, and guests.
A table covered in a black tablecloth holds an upright copy of the symposium schedule, a glass scientific flask filles with purple and white flowers, and nametags for attendees.
A symposium participant describes the research shown on her poster.
Dr. Michael Best smiles as he introduces one of the symposium's oral presenters.
Michael Gutierrez delivers an oral presentation of his research. He is looking toward the screen and the top portion of his face is lit by the projector.
Three graduate students stand in front of a wall smiling at the camera.
Symposium participant Natalie Bacallao presents her poster to a graduate student and one of the symposium judges.

Filed Under: News Tagged With: symposium, Undergraduate

Professor David Jenkins

Jenkins Publication Investigates Metal-Organic Nanotube Interactions

April 24, 2026 by Jennifer Brown

Professor David Jenkins

Chemistry professor David Jenkins along with his graduate student Jacob Barrett and postdoc Phattananawee Nalaoh recently published an article in the Journal of the American Chemical Society (JACS). The article, entitled “Intertube Interactions in Multivariant Metal-Organic Nanotubes” highlights Jenkins’s exploration of the fundamental understanding of metal-organic nanotubes (MONTs). MONTs are a relatively new 1D subclass of metal-organic frameworks (MOFs).

In 2025, the Nobel prize in chemistry was awarded to three researchers working on MOFs.  MOFs are materials composed of metal ions linked together by organic molecules. The manipulation of these linkages can create materials for a variety of applications, including gas storage, chemical separations, and catalysis.

“The easiest way to think about a metal organic framework is to think about a cube that is infinite in all directions,” said Jenkins.  “Each vertex of the cube, each point, is a metal containing piece, and each edge on the cube is an organic group that connects the vertices. On the inside is a hole, which makes it porous, but these pores are on the nanometer scale.”

MONTs, the subject of Jenkins’s research, are a subclass on MOFs. However, instead of a cube, MONTs are tube-shaped structures, similar to straws. MONTs come together in small bundles, and the interactions between individual MONTs in those bundles have a greater impact on the MONTs’ properties.

“If you imagine a group of straws, they’re typically held together by the box or container they’re in. MONTs have very, very weak chemical interactions holding them together between the straws because there is no box on the outside. These are weaker forces than a classic chemical bond,” said Jenkins.  “In this paper, we looked at how different types of forces could be applied with different organic linkers on the tube, and how that would change the shape and interaction between them.”

PhD student Jacob Barrett is a member of the Jenkins research group.

Though MONTs are a fairly new material in comparison to MOFs, the Jenkins group has been investigating MONTs for over a decade. He and his team published one of the earliest large-scale papers on the synthesis of MONTs in 2014. Since then, they have continued developing the foundational knowledge necessary to discover potential future applications of MONTs. Their recent paper, co-authored by PhD student Jacob Barrett, provides another layer of understanding to that foundation.

“The small spaces in between matter a lot more for MONTs than they do for MOFs,” said Barrett.  “Understanding the interactions between MONTs is critical to understanding both how they will behave as a bulk material, and how we can tune their size and shape to achieve specific outcomes.”

This work was funded by the National Science Foundation (NSF). The full article can be read on the ACS Publications website.

Filed Under: Inorganic Chemistry, News Tagged With: Jenkins, MOF

Rhonda Wallace poses with friends and family amidst a backdrop of flowers.

Wallace Receives Mary Lynn Glustoff Award

March 31, 2026 by Kaitlin Coyle

Filed Under: Featured, News

Joseph Clark stands in front of an academic building, smiling at the camera.

Clark-Led Partnership Aims to Deliver Safer, Better Tolerated Drugs

March 27, 2026 by Jennifer Brown

Joseph Clark stands in front of an academic building, smiling at the camera.

Joseph Clark, assistant professor of chemistry, recently published new research describing a method for precision control of the structure of deuterated compounds, which could impact future drug discovery as it relates to patient health.

Deuterium is a naturally occurring isotope of hydrogen that is being leveraged in drug development as either a means to improve existing drugs, or discover new drug candidates. Deuterated molecules are created by replacing a hydrogen atom with a deuterium atom. The resulting molecule is often more stable and can have several pharmaceutical benefits.

Clark’s research is focused on the construction and investigation of organic molecules. Likening this work to that of an architect, he compares finding the best position for atoms in a molecule to identifying the best placement for a window in a building. There may be multiple positions that create an effective drug, but being able to control the placement of specific atoms can help identify the best possible version of that drug.

“What we can do in drug discovery is swap out a molecule’s hydrogen for a deuterium, and if we can select the deuterium’s position in that drug molecule, we can build a better drug with fewer potential side effects,” said Clark. He added that this can lead to better health outcomes as patients may no longer have to decide between treating their condition and managing any undesirable effects of the treatment.

Clark’s recent publication focuses on a new means of controlling the placement of deuterium within a molecule. His team worked with Brooks Pate, MacArthur Fellow and chemistry professor at the University of Virginia, to develop an academic-industry collaboration that includes Vertex Pharmaceuticals and BrightSpec Inc.

Vertex Pharmaceuticals is responsible for the drug Alyftrek, an FDA-approved deuterated drug used to treat cystic fibrosis. Working with Vertex provided Clark’s team with valuable insight into the organization’s creation and use of deuterated molecules.

“We had this idea that you could take allenes, which is a common functional group in organic chemistry and transform those into these highly valuable deuterated products,” said Clark. “We were approached by Vertex Pharmaceuticals to collaborate on this project, and we saw a lot of value in the resources and experience they could bring in deuterated drug discovery.”

Lihan Qi, a graduate student in Clark’s research group and co-author of the publication, worked closely with their industry partners, carrying out the group’s research in the laboratories of Vertex Pharmaceuticals.

A recently awarded NIH grant provided an opportunity for Clark’s team to engage the expertise of a second industry partner; BrightSpec Inc. BrightSpec specializes in instrumentation using molecular rotational resonance spectroscopy (MRR), which allows for the rapid characterization of the unique 3 dimensional structure of small molecules.

“Working with BrightSpec has brought an aspect of innovation to the research that we couldn’t have envisioned prior to collaborating with them. Instrumentation developed by BrightSpec allowed us to characterize and quantify all the isotopic species in our reactions. We were then able to leverage the expertise of our academic collaborators on Dr. Pate’s team and BrightSpec in conjunction with our new instrumentation to perform the research,” said Clark. Clark and his team worked closely with their partners, creating a unique collaboration that paired academic expertise with real-time, ongoing industry input. The resulting research provides a critical new tool for the future of safe, effective drug development.

Filed Under: News, Organic Chemistry, Uncategorized Tagged With: Clark, deuterated molecules

Student Spotlight: Sargent-Glover Uses Near-Field Spectroscopy to Investigate Domain Walls

February 25, 2026 by Jennifer Brown

Ashley Sargent-Glover's headshot. She is standing outside with a hill of grass and hydrangeas behind her. She is smiling at the camera.

Ashley Sargent-Glover, 4th year PhD student in the Department of Chemistry, recently co-authored a publication in the Journal of Applied Physics. Sargent-Glover, and a team of researchers from the University of Tennessee, Knoxville and Rutgers University used near-field spectroscopy and phonon lifetime calculations to examine the relationship between material structure and properties. 

Sargent-Glover’s work focuses on using synchrotron-based near-field spectroscopy to investigate domain walls. Domain walls form in materials where there are slight variations in the crystal structure, and serve as boundaries between regions, or domains, of materials. Domain walls are an increasingly important area of exploration due to their potential in the development of low-energy electronic and memory storage devices.

“Near-field spectroscopy is unique because it is a tip-based technique. What that means is we are able to focus the light from our instrument so tightly that we can get down to 20 nanometer resolutions, whereas traditional far-field instruments are stuck at around 2 to 10 microns. Near-field spectroscopy has been crucial to my work examining domain walls,” said Sargent-Glover.

Her recent publication used nickel tellurium oxide (Ni3TeO6) as a means of exploring where the material’s properties come from. This material was particularly useful as it contains both polar and chiral domains, and both charged and neutral interfaces. This allowed Sargent-Glover and her fellow researchers to investigate the relationships between a variety of structures and material properties, and identify trends in those relationships.

Among these trends, they found that charged domain walls are twice as wide as neutral walls due to the added strain caused by the positioning of the chiral helix. They also determined that neutral domain walls require less energy to form than charged domain walls. These findings contribute to the fundamental knowledge needed to effectively leverage domain walls for future applications, such as electronic device development.

The research for this publication was one of the first uses of phonon lifetime calculations for analyzing domain wall properties. It also employed a new beam line end station at the National Synchrotron Light Source at Brookhaven National Laboratory, which Sargent-Glover was the first to use.

“Not many groups are using this technique and we’re still learning so much about its capabilities,” said Sargent-Glover. “Not only does this research contribute to micro-electronics and domain wall physics, it also contributes to the understanding of how this instrumentation can be leveraged, and I think that’s going to be really important moving forward.”

The publication, “Near-field infrared imaging of polar domain walls in Ni3TeO6,” features the work of an interdisciplinary team of UT researchers from the Department of Chemistry and the Department of Physics and Astronomy. External collaborators included researchers from the Keck Center for Quantum Magnetism and the Department of Physics and Astronomy at Rutgers University, and the National Synchrotron Light Source II at Brookhaven National Laboratory.

Filed Under: Analytical Chemistry, News, newsletter, Physical Chemistry Tagged With: graduate student, student spotlight

Sheng Dai Among World’s Most Highly Cited Researchers for 10 Years

December 4, 2025 by Jennifer Brown

Sheng Dai, professor of chemistry, is one of six faculty members from the University of Tennessee, Knoxville to be named to Clarivate’s Highly Cited Researchers list for 2025, an honor bestowed on only one in 1,000 of the world’s scientists and social scientists. The designation recognizes researchers whose publications are among the top 1% by citations in their respective fields over the past decade.

“Being named among the world’s most highly cited researchers is a powerful testament to the global impact of our faculty and students’ work,” said Deb Crawford, UT’s vice chancellor for research, innovation, and economic development. “We are incredibly proud of these scholars, whose research continues to shape their disciplines and strengthen UT’s reputation as a leader in research that impacts the world.”

Dai, who holds a joint faculty appointment at Oak Ridge National Laboratory, has been named to the Highly Cited Researchers list for the 10th time. His work focuses on developing advanced materials for energy-related applications, particularly in areas like ionic liquids and molten salts, advanced separation processes, high-entropy materials, electrochemical processes and sustainable carbon transformations.

Dai is currently studying ionic liquids and porous materials to learn how they can be used for separating different substances, storing energy and speeding up chemical reactions. He is also developing ways to turn plant-based carbon into graphite, which can be used for storing energy.

Filed Under: Inorganic Chemistry, News, newsletter Tagged With: Clarivite, Sheng Dai

Ziying (Nancy) Lei, Assistant Professor of Chemistry.

Scholar Spotlight: Ziying (Nancy) Lei

October 29, 2025 by Kaitlin Coyle

Filed Under: Featured, News

Hazari Celebrates 35th Anniversary of the Magic of Chemistry

October 22, 2025 by Jennifer Brown

Dr. Hazari wears a rainbow tie-dyed lab coat and orange safety glasses. He holds an open book with a flame emerging from the center as part of his Magic of Chemistry show.

This year’s National Chemistry Week marks the 35th anniversary of the interactive chemistry show The Magic of Chemistry. Created and performed by retired UT faculty member Al Hazari, the show has become a well-loved part of National Chemistry Week and so much more.

Primarily aimed at elementary and middle school students, National Chemistry week is an annual campaign sponsored by the American Chemical Society (ACS) to promote the value of chemistry in everyday life.

National Chemistry Week began as National Chemistry Day in 1987. It was later expanded into a week-long celebration, but by then Hazari was already commemorating the annual event with his chemistry show.

Hazari joined the University of Tennessee in 1991 as the Director of Undergraduate Chemistry Labs and immediately began performing The Magic of Chemistry. Designed to engage and entertain younger audiences, the show demonstrates some of the principals of chemistry and science with experimentation, puns, and the occasional well-controlled flame.

The carefully choreographed performance has the feel of a magician’s stage show, which has made it a popular feature at community events and festivals in Knoxville, Oak Ridge, Harriman, and beyond. At its heart, Hazari’s show has always been about making science approachable.

“Everyone should know about science, be comfortable with science, and never stop being curious and inquisitive,” said Hazari. “My work helps people understand scientific topics, which allows them to make more informed decisions. I connect science with everyday life so they say ‘Ah, this is science.’”

Hazari’s show has evolved over the years, moving from what he calls “traditional lab chemicals” to more common items found in pantries and hardware stores. His supply lists include things like vegetable oil, food coloring, and Alka Seltzer.

Hazari’s favorite experiment in the show involves dumping a cup of water over a volunteer’s head. When the volunteer doesn’t get wet, Hazari reveals that the cup also contains sodium polyacrylate, which absorbs the water before it can pour out. Sodium polyacrylate is a superabsorbent chemical most commonly found in diapers.

However, the real magic in Hazari’s show is his incredible passion for science education. Hazari devoted his academic career to improving how science is taught. During his time at UT, Hazari taught both chemistry and science education courses. In 2009 he published Misconceptions in Chemistry, a book aimed at helping educators identify and overcome pre-existing misconceptions students may have about science and the natural world.

In 2000 he received the Helen M. Free Award from the ACS. This award recognizes members of the ACS for outstanding community outreach activities and improving recognition and appreciation for chemistry.

“I have always enjoyed teaching and sharing something of myself and my knowledge,” said Hazari, adding that his goal has always been to improve science literacy.

In service to that goal, Hazari performs dozens of shows each year at festivals, in public libraries, and at assisted living facilities. When COVID paused many of these activities, Hazari pivoted to Zoom without missing a step and closed out that summer’s Forensic Chemistry Camp with a virtual version of The Magic of Chemistry.

This year’s National Chemistry Week’s theme, The Hidden Life of Spices, seems tailor-made to Hazari’s mission to connect chemistry to the everyday. The 35th anniversary show will took place Wednesday, October 22nd and was open to the public, with around 75 attendees of all ages. As Hazari says “Chemistry is for everywhere, everyday, and for everyone, ages 2 to 102!”

Dr. Hazari drops tabs of Alka Seltzer into a glass containing a deep pink liquid. The glass sits atop a box with a license plate reading ALKMST attached to the front. The box is lighting the glass from below, making the liquid glow.
Dr Hazari stands with a student volunteer. She holds a large Styrofoam cup while he stirs it. The cup is dripping liquid into a trash can beneath it. Dr. Hazari and the student are both smiling.

Filed Under: NCW, News, newsletter, outreach Tagged With: National Chemistry Week

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