Visiting professor Dan M. Neumark, the Chancellor’s Professor of Chemistry at UC Berkely’s College of Chemistry, presented two lectures as a part of the Jean Dreyfus Lectureship for Undergraduate Institutions that TN Tech received last year. There was also an accompanying mini symposium for chemistry students to present current research. We were all thrilled to have met him and to discuss research with another physical chemist!
Exploring Near-Free Rotor Limit Quantum Tunneling and Molecular Geometries of 3-Methylstyrene Conformations. Thusitha S Jayasekara, Cadence Miller, Dinesh Marasinghe, Mitchell Swann, Michael Carrillo1, Michael Tubergen1, Isabelle Kleiner2, and Ranil Gurusinghe.
Conformational Analysis of 1,5-pentanediol by Microwave Spectroscopy. Mitchell Swann, Michael J. Tubergen1, Dinesh Marasinghe1, and Michael J. Carrillo1
A Python-Based Automation and Data Acquisition Solution for Cavity-Based Microwave Spectroscopy. Varga Marton, Cadence Miller, Rusiru PH Rajapaksha and Ranil M. Gurusinghe.
The Upgrades to the Cavity-based Microwave Setup in Tennessee Tech’s L-Shaped Spectrometer. Rusiru PH Rajapaksha, Cadence Miller, Thusitha S. Jayasekara, Randi IDK Padikoralage, Marton Varga, and Ranil M. Gurusinghe.
The Upgrades to the Chirped Pulse Microwave Setup in Tennessee Tech’s L-Shaped Spectrometer. Randi IDK Padikoralage, Rusiru PH Rajapaksha, Thushitha S Jayasekara, Madeline R. Kidder, Vasilisa Khodyakova and Ranil M. Gurusinghe.
1Kent State University
2 Laboratoire Interuniversitaire des Systemes Atmospheriques (LISA)
Cadence presented on their involvement and progress in the 3-methylstyrene work and Marton presented on his creation of a python code to control our Cavity setup.
Congrats to the both of them for completing distinction in research!