Aniruth invited to speak about research at TAMS
Aniruth gave a talk on his research journey and current projects at the invitation of Dr. Duban, TAMS Associate Dean of Research.
Aniruth gave a talk on his research journey and current projects at the invitation of Dr. Duban, TAMS Associate Dean of Research.
Guru presented a poster on epitaxial growth of scandium nitride from molecular nitrogen at low temperature – work conducted with Cornell and MIT collaborators.
Oliver will work with Professor Ralf Rapp in the Cyclotron REU program. Enjoy your time in College Station, Oliver!
Aniruth was awarded a $4,000 scholarship to continue his research at UNT during the summer of 2025.
This new Gordon Research Conference topic on Hybrid Superconductor-Semiconductor Devices held its inaugural meeting in Les Diablerets, Switzerland. This was a collaboration with Nadya Mason (U.Chicago), Valla Fatemi (Cornell), and Javad Shabani (NYU). The conference was supported by UNT, AFOSR, and the ACS.
Aniruth gave an oral presentation on his project, “Spectral Processing and Analysis for the Recognition of Chemical Species (SPARCS),” at the University of North Texas’s annual Scholars Day.
Aniruth presented his SPARCS project in the Physics & Astronomy Category at the state-level science fair.
Zhiren presented his work on "Optical control of the moiré twist angle."
Zhiren and Aniruth shared their research with prospective physics students. Thank you for sharing our group's research!!
Aniruth presented a poster on “Spectral Processing and Analysis for the Recognition of Chemical Species (SPARCS)” in the Physics & Astronomy Category, earning 2nd place and advancing to the Texas Science and Engineering Fair.
Our work seeds a new patent application "Optical control of two-dimensional materials structure" with collaborators at University of Seoul and Cornell.
Zhiren received the funding from the University of North Texas College of Science to travel to present his work at the 2025 APS Global Summit in Aneheim, California.
UNT awarded Aniruth the Undergraduate Research Fellowship for the Spring 2025 semester.
Oliver Fast is an ungraduate student in the Department of Physics. Welcome, Oliver!
Zhiren's work on optical control of ferroaxial order is published. Before this work, it was unknown how to manipulate ferroaxial order.
Collaborating with Debdeep Jena (Cornell) and Joe Casamento (MIT), we showed that scandium nitride thin films can be grown without trogen plasma, and at low temperature!
Aniruth was a state finalist at TJAS, where he presented his work on high-performance transfer matrix methods and placed 3rd in the Computer Science/Mathematics Category.
"Low energy, plasma free growth of nitride semiconductors and thin films" (63/704,476) is filed with collaborators at MIT and Cornell.
Guru presented "Ultrafast symmetry control in crystalline materials with light" in the Department of Physics at the University of Texas at Austin.
Aniruth was awarded the fellowship by UNT for the Fall 2024 semester.
Working with Jiaoyang Zheng and Jeff Moses at Cornell, we showed that third-harmonic generation can be resonantly enhanced in the mid- and far-infrared; an optical signature of phononic response.
"Phonon-enhanced nonlinear optical devices and methods" (18/771,419) is filed with collaborators at Cornell.
Guru discussed "Ultrafast symmetry control in crystalline materials with light."
Guru discussed "Ultrafast symmetry control in crystalline materials with light" for researchers from Lawrence Berkeley National Laboratory (LBL), University of Wisconsin–Madison (UWM), and the SLAC National Accelerator Laboratory.
Zhiren presented his work on "Optical control of ferroaxial order."
Aniruth joins the research team through the TAMS Early Summer Research program. Welcome, Aniruth!
Guru discussed "Ultrafast symmetry control in crystalline materials with light."
Guru presented "Ultrafast infrared-light-driven symmetry control in crystalline materials" at the 2024 MRS Spring Meeting in Seattle, Washington.
Zhiren presented "A Strain-enabled Novel Multiferroic State in Barium Hexaferrite through Suppression of Quantum Paraelectricity" at the 2024 MRS Spring Meeting in Seattle, Washington.
Guru presented "Ultrafast infrared-light-driven symmetry control in crystalline materials" at the 2024 APS March Meeting in Minneapolis, MN on March 7, 2024.
Zhiren presented "A Strain-enabled Novel Multiferroic State in Barium Hexaferrite through Suppression of Quantum Paraelectricity" at the 2024 APS March Meeting in Minneapolis, MN on March 5, 2024.
A collaboration with Andrej Singer (Cornell) from Guru's time in Nicole Benedek's group was published in Nature Physics.
This work, from Guru's time at Cornell with Jeffrey Kaaret and Nicole Benedek, describes a general perspective on structural control with infrared light. We found that translational and point-group symmetries can be modified, accessing structural phases not normally accessible to given chemistries.
Jeremy Gingrich is a graduate student in the Department of Physics. Welcome, Jeremy!
Zhiren received his PhD from Cornell in Applied and Engineering Physics working with Craig Fennie. Welcome, Zhiren!!!
Guru discussed strategies to control crystalline symmetry and structure with light.