You must use an API key to authenticate each request to Google Maps Platform APIs. For additional information, please refer to http://g.co/dev/maps-no-account
Title: Quantumsimulation with trapped ions
Speaker: Dr. Kazi Rayibul Islam
Institute: University of Wateloo
Description: A quantum simulator is a well-controlled quantum system, whose time evolution can be programmed to follow a prescribed Hamiltonian. Laser-cooled trapped ions are among the most versatile experimental platforms for quantum simulation. Internal (hyperfine) states of ions constitute well isolated qubits or spin-1/2 states with long coherence.The spin states can be initialized as well as detected optically with near perfection. Interacting spin Hamiltonians are simulated by laser-driven spin-spin interactions that are mediated by spin-phonon couplings. These interactions can be tuned in magnitude, range, and sign. In this talk, I will describe our experimental effort to develop a quantum simulator where the interaction graph between the spins can be arbitrarily programmed, for studying problems in many-body quantum dynamics.