Condensed Matter seminar: "Engineering spin-cavity interactions with quantum dot molecules"
Patrick Vora, George Mason University
Quantum information based on optical cavities often utilizes atomic Λ-systems consisting of two Zeeman split levels connected by common excited states. However, the exploration of solid-state Λ-systems coupled to…
Astro Seminar: "TBA"
Paul Martini (Ohio State)
The tight correlation between the stellar mass and gas-phase metallicity of galaxies is a valuable diagnostic of galaxy evolution. The physical processes that determine the mass-metallicity relation include the…
High Energy Theory: "TBA"
Joan Simon (Edinburgh)
Topology Workshop: “Identifying Order in Complex Systems”
Joel Hass, University of California - “Metrics on the Space of Shapes, and Applications to Biology”
Vidit Nanda, University of Pennsylvania – “A Topological Predictor of Protein Compressibility”
…
Astro Seminar: "The Cosmic Ballet of Black Holes and Gravitational Waves"
Laura Cadonati (Georgia Tech, Center for Relativistic Astrophysics)
One hundred years after Einstein's formulation of General Relativity, Advanced LIGO has detected for the first time gravitational waves, ripples in the fabric of spacetime that are produced by cataclysmic…
High Energy Theory: "New Frontiers in Entanglement" Pt. 2
10:30-11am: Welcome coffee
11am -12:30pm: Herman Verlinde (Princeton) Talk/Presentation
12:30pm-2pm: Catered lunch (in 4N12)
2-3:30pm:…
ABO Seminars: "Insights Into Hallmarks of Early Carcinogenesis Using Nanoscale-sensing Optical Microscopy"
Vadim Backman (Northwestern University)
Initiation of carcinogenesis is accompanied by alterations in tumor microenvironment, cellular metabolism and epigenetics. Understanding these early events depends on our ability to image these subtle…
High Energy Theory: "New Frontiers in Entanglement" Pt.1
Thursday, April 7:
10:30-11am: Welcome coffee
11am -12:30pm: Rob Myers (Perimeter) Talk/Presentation
12:30pm-2pm:…
Condensed Matter seminar: "Designing quantum matter with superconducting nanowires"
Nina Markovic, Goucher College
Superconducting nanowires are an experimental realization of a model quantum system that features collective degrees of freedom and exhibits a host of non-equilibrium and non-local phenomena. The nature of the…
Condensed Matter seminar: "Nano-photonic phenomena in van der Waals heterostructures"
Dimitri Basov, Columbia University
Layered van der Waals (vdW) crystals consist of individual atomic planes weakly coupled by vdW interaction, similar to graphene monolayers in bulk graphite. These materials can harbor superconductivity and…