Abstract: Techniques for quantum data storage are described. A method for quantum data storage in ultra long storage assisted quantum memory includes obtaining quantum data from an input quantum channel to be stored in a memory unit, storing, intermediately, the quantum data in a first medium of the memory unit for a first pre-determined amount of time, reabsorbing quantum data emitted from the first medium after the first pre-determined amount of time by at least one multiple dot heterostructure of the memory unit, where the at least one multiple dot heterostructure comprises a potential well for storing the quantum data, storing quantum data in the at least one multiple dot heterostructure for a second predetermined amount of time, and performing a controlled tunneling of the quantum data stored in the at least one multiple dot heterostructure.

Abstract: Computer vision systems and methods for property scene understanding from digital images, videos, media and/or sensor information are provided. The system obtains media content indicative of an asset, performs feature segmentation and material recognition, performs object detection on the features, performs hazard detection to detect one or more safety hazards, and performs damage detection to detect any visible damage, to develop a better understanding of the property using one or more features in the media content. The system can output the feature segmentation and material detection, the hazard detection, the content feature detection, and the damage detection, and all other available models to an adjuster or other user on a user interface.