Upcoming Technical Presentations:

• [August, 2020] Glass & Optical Materials Division Annual Meeting "Ideal Glass Transition" Viewed as a First-Order Quantum Phase Transition Between Crystalline and Glassy Solids in 4D/3D Quaternion Ordered Systems

Selected Technical Presentations:

• (MRS Fall, Boston: MQ03.05.10, Dec 2019) "The Kauzmann Entropy Paradox, and the 'Ideal Glass Transition,' Viewed as a Self-Dual Critical Point at the Four-Dimensional Crystal/Glass Quantum Phase Transition"

• (Invited Condensed Matter Physics Seminar: Wash. St. Louis Dept. of Physics: (Prof. Zohar Nussinov), Dec 2019) "Importance of 'Topological-Ordering' in Understanding the Structure and Thermal Conductivity of Crystalline and Glassy Solid States"

• (International Conference on Thermal Conductivity, June 2019) Importance of Quaternions and Heisenberg Uncertainty Principle in Understanding the Structure and Thermal Conductivity of Crystals and Glasses

• (MRS Spring, April 2019) 4D Quaternion Numbers, Topological-Order & Solidification: Inverse Thermal Conductivity of Crystals and Glasses Above Approx. 50 K

• (Quantum Gravity Research, Invited Seminar, March 2019) What Hopf Fibrations Can Tell Us About Crystallization & Glass Formation: Quantum Phase Transitions and Topological-Ordering in ``Restricted Dimensions''

• (Harvard Physics: Invited Special Condensed Matter Physics Seminar, Jan 2019) Importance of Lie Algebras, Dimensions & Topological Ordering: Understanding Structure and Thermal Conductivity of Glasses 

Selected Poster Presentations:

• (BEG ROHU SUMMER SCHOOL: Glasses, Jamming, and Slow Dynamics, June 2019) Solidification of Glasses & Thermal Transport Properties: Importance of Topology and Heisenberg Uncertainty Principle
• (American Physical Society Q2C, April 2019) Order and Transport Properties of Glassy Solids: Importance of Topological Defects
• (KITP Order from Chaos, Dec 2018) Order and Transport Properties of Glassy Solid: Importance of Topological Defects 
• (CMU, Mat. Sci. Dept., 2016) What makes glass interesting? 

Selected Research Group Meeting Presentations:

• What is a Qubit? (March 2019)
• Phonon Excitations as Emergent Phenomena & 'Mode Softening' of Ferroic States in Displacive Phase Transitions (March 2019)