Two-Cavity System Generates High-Quality Single Photons Efficiently
Two-Cavity System Generates High-Quality Single Photons Efficiently A new dual-cavity design for a quantum emitter, from the Massachusetts Institute of Technology (MIT), emits more high-quality single photons for carrying quantum information at room temperature than existing methods. The two-cavity system could make the development of quantum computers more practical. MIT researchers have designed a new […]
Single-Molecule Magnets: Magnetic Memory Storage, Quantum Memory Storage
Moving the Needle On Nanoscale Imaging with Single-Molecule Magnets (American Association for the Advancement of Science) Amid intense research focus on magnetic single atoms and molecules – which could serve as the smallest possible memory elements in quantum computing – researchers report creating a sensor capable of measuring and imaging magnetic structures and interactions at […]
Quality Quantum Measurements Depend on Imperfection and Noise
New Insights into Quantum Measurements As reported in Physical Review Letters, Dr Paul Skrzypczyk and Professor Noah Linden looked at the way in which we gain information about the world at the quantum scale through the process of measurement. This work has been selected as an Editor’s Suggestion “due to its particular importance, innovation, and […]