Entanglement

…Optical polarization, coherence and entanglement are related to mechanical quantities including centre of mass and moment of inertia. Distributions of classical point masses provide a representation of nonseparability in optical fields, and the correspondence extends to quantum states of two qubits. These mappings offer an intuitive way to examine entanglement and the shared mathematical structure of mechanics, classical optics and quantum physics.

…spans quantum many-body dynamics, entanglement, correlated materials, topology, superconductivity, quantum optics, ultracold gases, quantum simulation and computation. Successful applicants can join international experimental and theoretical collaborations. Pay follows the German TV-L agreement. Submit supporting materials by 22 November 2026; the advert notes that later applications may also be considered.

The conference examines engineered systems that use superposition and entanglement for computing, communication and measurement. Topics range from computing fundamentals and architectures to networking devices, quantum sensors and metrology. Researchers from universities, industry, government and national laboratories will discuss technical progress and the ecosystems needed to turn it into useful technologies. Co-location with the Quantum Executive Forum connects scientific developments with emerging products and applications.

…spacetime, locality, causality, entanglement, and the operational meaning of observers and subsystems. The meeting runs from 26 to 30 October 2026 in Waterloo, Canada. The organizer provides information for virtual participation.

Isaac Newton Institute seminar in the 'Mathematics of many-body entanglement' (MMB) programme: Ignacio Cirac of the Max-Planck-Institut für Quantenoptik speaks on the preparation of tensor network states.

…parametric processes generate entanglement among many spectral and temporal modes. The seminar considers spatial, spectral and temporal multiplexing, methods for analysing Gaussian entanglement networks, and operations that introduce the non-Gaussian resources needed for quantum computation.