Speaker
Description
Multiphoton interference in linear optical networks offers a versatile platform for generating high-dimensional entanglement and processing quantum information. Realizing the potential of these entangled states requires efficient methods for both their preparation and characterization. In this talk, we will discuss the generation of high-dimensional entanglement in linear optical networks and present a two-detector method for reconstructing multiphoton states with reduced detection hardware. Building on these capabilities, we will explore how photonic entanglement can serve as a resource for distributed quantum computing, facilitating quantum operations across separate photonic processors. The talk will highlight the connections between entanglement generation, efficient state characterization, and distributed quantum information processing.