Title: Interplays of Structural Chirality and Spin Phenomena in Chiral Matters Abstract: Coupling of spin and charge currents to structural chirality in non-magnetic materials, known as chirality-induced spin selectivity (CISS), is promising for application in spintronic devices at room temperature. Although the CISS effect has been identified in various chiral materials, its Onsager reciprocal process,…
Title: Quantum Matter Meets Quantum Computing Abstract: Quantum computing has the potential to help us overcome the barriers that are presented by the end of Moore’s law. In the natural sciences, these barriers appear as limitations in computer memory and/or processing speed which prevent scientists from describing the problem fully and forcing them to work…
Conductance and Electrical Noise in Layered Mott Memristors
Investigation of Conjugated Polymers and Bulk Heterojunctions in Organic Electronics: Insights from Scanning Tunneling Microscopy/Spectroscopy
Title: The Origin of the Heaviest Elements Abstract: Understanding the origin of the elements remains one of the major challenges of modern astrophysics. I will introduce some of the open questions in the field and present several major advances from recent years. These advances include measuring the most complete heavy element chemical inventory beyond the…
Title: The Long Wait for T Coronae Borealis - How Nuclear Physics Informs Our Understanding of Astrophysical Phenomena Abstract: Classical novae are the result of hydrogen-rich matter exploding on the surface of a white dwarf. That matter is accreted from a nearby companion star in a binary system, building a dense layer that eventually explodes…
Title: Microscopic Insights into the Mechanics of Granular Materials Abstract: The widespread occurrence of granular materials in nature (like soil and beach sand) and industries (such as cement and pharmaceuticals) has spurred extensive research into their mechanical behavior. Key phenomena, such as stress saturation with depth, rate-independent shear stress, and large stress fluctuations, are well documented. Our study, based on…
Gauge theory on Noncommutative Torus
Title and Abstract details are forthcoming.
Title: Connecting Molecules and Forces with Rings and Loops Abstract: Animal cell shape is dictated by the actomyosin cytoskeleton, including the membrane-apposed cortex. The molecular parts list of the cortex is well-characterized, and included the dynamic F-actin polymers, myosin family motor proteins, and myriad non-motor crosslinkers that scaffold the cytoskeleton, the membrane, and regulatory proteins.…