| Spin chirality, quasiparticle dynamics and signatures of exotic superconductivity |
Leonid Levitov |
|
| A Tale of Two Bilayers |
Herbert Fertig |
|
| Condensed Matter Seminar: Emergent Quantum Phenomena in Crystalline Graphene |
Long Ju |
|
| Imaging composite fermions with scanning tunneling microscopy |
Songyang Pu |
|
| Chiral Wigner Crystal Phases Induced by Berry Curvature |
Brian Skinner |
|
| From Coherence to Function: Exploring the Connection in Chemical Systems |
Shahnawaz R. Rather (Chemistry, University of Kentucky) |
|
| Ising-like models on Euclidean black holes |
Mustafa Saeed (Centre College) |
|
| TBA |
William Gannon (Univ. of Kentucky) |
|
| Ground State Selectivity via Atomic Disorder and Strong Magnetic Frustration in Single-Crystal R-Type Ferrites |
Lance DeLong (UKY) |
|
| 2D Self-intercalated van der Waals Magnets |
Shixiong Zhang (Indiana University, Bloomington) |
|
| Angle-resolved transport nonreciprocity as a new method for probing 2D electrons |
Jia Leo Li (Brown University) |
|
| Correlated phases of the two-dimensional electron gas in TMD systems |
Ilya Esterlis |
|
| Magnetic properties of orbital Chern insulators |
Jihang Zhu |
|
| Active Learning of Atomistic Surrogate Models for Rare Events |
Gang Seob Jung (Oak Ridge National Laboratory) |
|
| Transport Studies of Magnetic-Field-Tuned Phase Transitions in Bi-2201 |
Jasminka Terzic (WKU) |
|
| Plastic transistors: Simple solutions to their complex problems |
Alexandra F. Paterson |
|
| Fundamentals of Entangled Probes for Entangled Matter |
Prof. Gerardo Ortiz (Indiana University) |
|
| Synthesis and characterization of tungsten oxide nanostructures for photocatalytic applications |
John Nichols |
|
| Topological Gravitational Response: Novel physics, principles and predictions |
Rudro Rana Biswas |
|
| Carbon Based Nano Electromechanics: Physics and Applications |
Sang Wook Lee |
|
| Test |
|
|
| Detection of 5/2 phases |
Dr. Ankur Das |
-
|
| Superfluid Helium Electromechanics |
Prof. John Davis |
-
|
| TBA |
Dr. Allen Scheie |
-
|
| Generalization of Bloch’s Theorem for Tight-binding Models: Quantum Dragon Nanomaterials and Nanodevices |
Prof. Mark Novotny |
-
|
