Patterned Complexity in Atomic Scattering
Free lunch served at 12:00
Partial breakdown of quantum thermalization in a Hubbard-like model
Lunch served at 12:00
What does the effective resistance of electrical circuits have to do with quantum algorithms?
Free lunch served at 12:00 pm
I will answer the question in the title. I will also describe a new quantum algorithm for Boolean formula evaluation and an improved analysis of an existing quantum algorithm for st-connectivity. Joint work with Stacey Jeffery.
Nonlinear looped band structure of Bose-Einstein condensates in an optical lattice
Free lunch served at 12:00
A Landauer formulation of photon transport in driven systems
Free lunch served at 12:00pm
Optimal and Secure Measurement Protocols for Quantum Sensor Networks
(FREE LUNCH SERVED AT 12:00)
Multi-Species Trapped Ion Modules for Large Scale Quantum Computers
(Free lunch served at 12:00 pm)
Algorithms and Error Detection on a Programmable Ion Trap Quantum Computer
(Free lunch served at 12:00 pm)
Trapped ions are a highly advanced platform for implementing quantum circuits. They provide standard pairs of magnetic field insensitive "atomic clock" states as qubits with unsurpassed coherence times and optical schemes for near-unity preparation and measurement, as well as strong Coulomb interactions to generate entanglement.
Precision phase measurement using 2-mode squeezed states
(Free lunch served at 12:00pm)
In my presentation, I will talk about precision length measurement using 2-mode squeezed states. I will discuss several different measurements that we can perform to beat the standard quantum limit (SQL) for phase measurement using our two-mode squeezed states. The talk will also contain some of our recent data that shows phase measurements better than the SQL.